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Protecting Your Brand from Third-Party Sellers and Retail Arbitrage

third party sellers

Protecting Your Brand from Third-Party Sellers and Retail Arbitrage

From its humble origins as an online bookseller, Amazon has already ridden the rise of e-commerce. According to new research, though, it’s on track to overtake Walmart as the largest retailer in the US by 2025. By then, Amazon will also account for nearly two-thirds of the estimated $1 trillion in online consumer goods sales.

For consumers, it makes sense: with one-click ordering, access to products from over 8 million sellers, fast shipping, and (often) the best price, buying on Amazon is an easy choice.

It’s not as easy for sellers, though. Yes, Amazon opens the door to millions of additional buyers, but it controls the marketplace and introduces new competitive pressure. It’s important to protect your brand on Amazon, especially from third-party sellers that can undercut your sales or damage your brand loyalty. There’s more, though: retail arbitrage is an ecommerce business model that’s growing rapidly, and it’s important to understand it and protect your brand against it. Put simply, retail arbitrage is when people buy retail products (online or in person) and resell them on Amazon and other online marketplaces for a higher profit. It’s happening all the time, to brands that are sold regularly on Amazon as well as those that are restricted—which means that they’re not to be sold on Amazon.

Because third-party sellers and retail arbitrage are widespread, you must have visibility into your product and brand portfolio. This is where the performance analytics Line Item can be essential for monitoring your e-analytics to protect your portfolio. Let’s look at why.

Amazon third-party sellers
Third-party sellers are growth drivers within a rapidly growing market. In fact, according to research from Planet Retail RNG, third-party sellers on Amazon already account for more than half of all sales—and by 2022 will account for as much as $130 billion of total gross merchandise value on the platform. This means they are a force you can’t ignore—and more sellers open accounts every day.

Before looking further at the risks, let’s define terms. First-party sellers are brand manufacturers that sell their inventory directly to Amazon. Amazon then sells to customers. Second-party sellers are Amazon suppliers that are not the product’s manufacturer; Amazon often relies on second-party sellers to buffer inventory. Third-party sellers strategically use Amazon as a marketplace for direct-to-consumer sales.

Amazon buyers may be indifferent about purchasing from these different types of sellers. But brand manufacturers are not. Think of it this way: every third-party sale of your products is a sale you lost out on. And these sales are only projected to grow. Why? It’s become very easy to resell on Amazon. All you need is an Amazon Seller account and products to sell. To make it even easier to net a profit, there are price-tracking apps that give resellers real-time info simply by scanning or entering product codes.

Third-party seller risks to your brand
Third-party sellers can cost your brand, so monitoring and acting on any activity is critical. The risks include:

-Unauthorized sales

-Price undercuts

-Losing the buy box

-Lower search results, ranks, and conversions

-Losing control of your curated detail page because of Amazon Fulfillment Center out-of-stocks

-Quality problems with selling condition

-Erosion of brand equity and consumer loyalty

Restricted brands
Amazon tries to control counterfeiting through restricting certain brands or even certain products on Amazon. But third-party sellers have found many ways around this, so even if your brand or product is restricted on Amazon, that doesn’t mean it isn’t being sold.

What brands can do about third-party activity
CPG and e-commerce brands must understand the scope of any third-party sales on Amazon and other platforms. To tightly control the supply chain, you must evaluate:

-How many resellers will your brand authorize, who are they, and on what retail sites are they selling

-Whether authorized resellers are upholding your brand, including product quality, customer service, and pricing

-If customer reviews are trending negatively, including unaddressed customer service needs that may ultimately damage consumer confidence—and your brand.

Line Item can help by identifying third-party activity as well as verifying pricing, including list price, selling price, and price undercutting. Let’s look at how Line Item can help when it comes to third-party activity on Amazon.

Line Item can help you identify new, unauthorized third-party activity on Amazon.

Line Item can track e-analytics related to item pricing, helping you understand if your products are under- or overpriced, or when a third-party seller undercuts your price.

Line Item captures e-analytics including e-tailer, review score and count, selling price and more, so you can gain visibility via a single platform into every aspect of your online sales.

Line Item can identify if your reviews are letting you down, giving you insight that can help you address brand loyalty and consumer confidence for online sales.

Line Item can tell you if out-of-stocks are hurting your revenue, helping you track inventory to retain greater control over your sales, curated detail page, and more.

With Amazon on track to take over as king of global retail, now is the time to put the right safeguards for your brand in place. It’s not just about Amazon sales; with Amazon a major driver of online sales beyond the platform, it’s about ensuring your brand viability and sales across all online channels. This is where Line Item can be a game-changer for your Amazon and online sales, helping you protect your brand from third-party seller risks and giving you e-analytics insight to grow your loyalty alongside your sales.

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Ironbridge Software was founded in 1989 by Mike Dickenson. Mike’s unparalleled expertise and passion for technology led him to create the first-ever analytical solution for the Consumer Packaged Goods Industry

carbon fiber industry

Demand for Lightweight Vehicles to Foster Automotive Applications of Carbon Fiber

Carbon fiber is well known for its exceptional properties, such as low thermal expansion, high-temperature tolerance, high chemical resistance, low weight to high strength ratio, high tensile strength, and high stiffness. These properties make them a highly popular material in many applications in civil engineering, sports equipment, military, motorsports, and others. Carbon fiber-based components witness robust demand from aerospace, automotive, wind energy, and other end-use industries.

In aerospace and automotive industries, there is a growing emphasis on utilizing lightweight, durable, flexible, materials, such as carbon fiber, to enhance the performance and efficiency of automobiles and aircraft and aid in achieving the emission standards set by various authorities. Owing to this, the materials are quickly replacing aluminum and steel. The global carbon fiber market size is forecast to witness notable growth over the coming years.

Demand in automotive and aerospace applications

The carbon fiber industry share from automotive applications is predicted to expand significantly in the upcoming years. In vehicles, carbon fibers, due to lightweight, high thermal stability and electrical conductivity, are used in various important components, such as disk brakes, wheels, automobile hoods, and others.

Soaring carbon fiber consumption is expected due to the increasing production of cars to cater to strong consumer demand. According to the International Organization for Motor Vehicle Manufacturers, the global production of commercial vehicles and cars was combinedly around 91.78 million in 2019.

From aerospace applications, the carbon fiber industry share is slated to witness considerable growth by 2027. The superior physical strength, low coefficient of thermal expansion, high dimensional stability, and low abrasion characteristics of carbon fibers complement their applications in aerospace antennas, aircraft brakes, and support structures. Recent research and development in the manufacturing process of carbon fiber composites for aerospace applications are likely to boost its consumption in the sector.

For instance, researchers at the University of Sydney have recently developed an upgraded method for recycling carbon fiber reinforced polymer (CFRP) composites, that retain 90% of their original strength and allow their re-utilization in modern commercial airframes.

Flourishing clean energy projects in North America

North America is slated to register a considerable share of the global carbon fiber industry by 2027. The booming wind energy sector in the region is generating strong demand for carbon fiber composites for their use in wind blades. The exceptional fatigue and corrosion resistance property of carbon composites enhance the longevity of wind blades.

Wind energy is one of the major sources of electricity generation in the United States. For instance, approximately 337.5 terawatt-hours of electricity were produced by wind power between January and December 2020, which is equal to nearly 8.42% of all generated electricity in the U.S. Growing adoption of clean energy technologies to reduce emission should positively impact carbon fiber market share across various sectors in the region.

Leading manufacturers of carbon fiber composites are Zoltek, Formosa Plastics Corp, Hexcel Corporation, Toho Tenax (Teijin), SGL Carbon SE, Mitsubishi Rayon Co. Ltd., and Toray Industries. These prominent companies are focusing on R&D activities and leveraging advanced technologies to develop new procedures for carbon fiber manufacturing to reduce costs.

Carbon fibers are a multipurpose material, which has widespread applications across various sectors. Some of its other applications include the fabrication of carbon-fiber microelectrodes, textiles, and flexible heating.

supply chain

Navigating the 12 Pitfalls of the Global Supply Chain

With over 30+ years of international trade experience, I have witnessed numerous and repeated errors made by Sales, Purchasing, Logistics Managers, Supply Chain, and International Business Executives.

There are tremendous opportunities and benefits to be derived through global sourcing and foreign business development. Along with these opportunities are considerable challenges, obstacles, and pitfalls. In order to succeed in international business, management must mitigate these concerns through gaining knowledge and implementing processes and controls over import and export operations, including the development of robust training for all personnel.

The following section contains twelve steps companies can take to manage the solutions that will allow the navigation through these challenges and delivering success to the international operation.

These twelve steps create a pathway forward in a concise, straightforward methodology and time-tested process to ensure management accomplishes their desired corporate goals of profits, growth, and sustainability.

Avoid the following:

Step 1: “We have no personal liability”.

There is significant personal liability for individuals who operate in global supply chains.

U.S. Government enforcement agencies, such as but not limited to:

– Department of Justice

– Customs and Border Protection

– Departments of State, Commerce and Treasury

– Bureau of Alcohol, Tobacco and Firearms

– United States Department of Agriculture and the Food and Drug Administration

All above are a few of the agencies that will prosecute both organizations and individuals who are seriously out of trade compliance with their import and export regulatory responsibilities.

While criminal prosecution is a rare occurrence … it does happen every day in the supply chain, somewhere in the world of international trade.

Trade Compliance Management in companies with an international footprint is a necessary evil that needs to be managed and integrated into the fabric of the organization’s culture and business model.

Step 2: “The FOB Term is Always a Safe Incoterm to Utilize”.

The FOB Incoterm has three deadly areas of concern:

-It is used in domestic trade

-It is a gray area in the loading process

-There can be ambiguity when the point in time responsibility and liability shift from the seller to the buyer (exporter to importer).

It is used in domestic trade

For domestic trade in the United States, the UCCP (Uniform Commercial Code of Practice) currently (though in contention) utilizes the FOB term as a “term of sale or purchase”, where there are two primary options FOB Origin and FOB Destination.

Within the UCCP, FOB is defined as:

Uniform Commercial CodeU.C.C. – ARTICLE 2 – SALES (2002)PART 3. GENERAL OBLIGATION AND CONSTRUCTION OF CONTRACT

2-319. F.O.B. and F.A.S. Terms.

Unless otherwise agreed the term F.O.B. (which means “free on board”) at a named place, even though used only in connection with the stated price, is a delivery term under which:

(a) when the term is F.O.B. the place of shipment, the seller must at that place ship the goods in the manner provided in this Article (Section 2-504) and bear the expense and risk of putting them into the possession of the carrier; or

(b) when the term is F.O.B. the place of destination, the seller must at his own expense and risk transport the goods to that place and their tender delivery of them in the manner provided in this Article (Section 2-503);

(c) when under either (a) or (b) the term is also F.O.B. vessel, car, or another vehicle, the seller must in addition at his own expense and risk load the goods on board. If the term is F.O.B. vessel the buyer must name the vessel and in an appropriate case, the seller must comply with the provisions of this Article on the form of a bill of lading (Section 2-323).

The UCCP Term allows any mode of transit or conveyance.

Some sources claim that FOB stands for “Freight on Board”. This is not the case. “Freight On Board” is not mentioned in any version of Incoterms, and is not defined by the Uniform Commercial Code in the USA.[10] Further to that, it has been found in court that “Freight On Board” is not a recognized industry term.[11] The use of “Freight on Board” in contracts is therefore very likely to cause confusion. The correct term is “free onboard”.

Keep in mind that a huge amount, if not a clear majority of domestic commercial transactions, are sold or purchased on a FOB basis and moved by truck, rail, or air. This would be ok if the FOB Term was the UCCP intent and not intended utilization under Incoterms 2020.

There is a very clear line of confusion between the domestic and international “FOB” terms in selling and purchasing. It is only when it causes a problem when it is seen as an issue.

Free on Board, or FOB is an Incoterm, which means the seller is responsible for loading the purchased cargo onto the ship, and all costs associated with same. At the point, the goods are safely onboard the vessel, the risk transfers to the buyer, who assumes the responsibility of the remainder of the transport.

FOB is the most common agreement between an international buyer and seller when shipping cargo via sea. This Incoterm only applies to sea and inland waterway shipments.

The 2020 edition of Incoterms opened the door for domestic utilization of the FOB term. The FOB UCCP term varies greatly from the FOB Incoterm.

Under Incoterms 2020, the preferred term for domestic utilization, since that door was opened, is FCA (Free Carrier At).

It is a gray area in the loading process

Under Incoterms 2000 and prior, the FOB term transferred risk and cost from the seller to the buyer once the goods passed the ship’s rail.

This factor was changed in the 2010 edition of Incoterms and continues in the 2020 edition. The term now read “…passes when the goods are on board the vessel”.

However, “on board” is not clearly defined. Is that when the goods are placed on the deck, in the hold, not yet secured, secured, etc.?

We had a case in our office, where a U.S. exporter, sold a huge piece of equipment, (25 Tons, $11m in value) to a customer in Europe. It was going to be shipped via ocean, secured in a cargo hold under deck.

During the loading process, the goods were being lifted onto the vessel by a crane and longshoreman crew. In the handling, the equipment was laid down on the deck of the hold several times, while the longshoreman positioned the cargo.

In that repositioning process, the freight was damaged. The issue now became who is responsible, based upon the Incoterm of FOB Port Elizabeth – the seller or the buyer?

Were the goods actually “on board” when they were damaged? The maritime judicial system will eventually resolve that issue and court precedence will be established.

But today there is an ambiguity in defining “on board” in the FOB Incoterm. There are references to being “secured in place”, but it appears ambiguous.

Sellers and buyers need to address these specific concerns in the contract of sale and attempt to minimize the gray areas of liability, that may present themselves when using the FOB term.

There can be ambiguity when the point in time responsibility and liability shift from the seller to the buyer (exporter to importer).

This is the explanation of the FOB term from the Incoterms 2020 edition.

A2 (Delivery)

The seller delivers by placing the goods on board the vessel nominated or provided by the buyer on the agreed date, or within the agreed period as notified by the buyer, or if there is no such time notified then at the end of that period.

There is still a belief that the ship’s rail is the defining point, i.e.: before the notional vertical line above the rail is the seller’s cost and risk, and after is the buyer’s cost and risk. A court ruled that the delivery point was when the goods were on the deck but that then caused the question was the notional vertical line replaced with a notional horizontal one in line with the deck itself and what if the goods were being placed below deck? This ship’s rail concept was removed in the Incoterms® 2010 version. Typically, then, “on board” is taken to mean when the goods are safely on the deck or in the hold. If the cargo needs to be then further secured for transportation such as being lashed or separated with some material or spread evenly throughout the hold for bulk goods like grain the seller and buyer should agree in their contract what is needed and at whose cost and risk this is done.

B2 (Delivery)

The buyer’s obligation is to take delivery when the goods have been delivered as described in A2.

FOB A3 / B3: Transfer of Risk

A3 (Transfer of risk)

In all the rules the seller bears all risks of loss or damage to the goods until they have been delivered in accordance with A2 described above. The exception is loss or damage in circumstances described in B3 below, which varies depending on the buyer’s role in B2

B3 (Transfer of risk)

The buyer bears all risks of loss or damage to the goods once the seller has delivered them as described in A2.

If the buyer fails to inform the seller of where and when the vessel will be presented or if the vessel fails to arrive on time, or it fails to take the goods so that the seller cannot deliver, then the buyer bears the risk of loss or damage to the goods from the agreed date or at the end of the agreed period.

On an operational level, the seller delivered the goods to the terminal, carrier, or other agreed named place, and the goods were not loaded on board as anticipated for an array of reasons, such as but not limited to the carriers having vessel timing or loading issues and the seller appropriately notified the buyer than delivery has been made and risk of loss and damage has passed from the seller to the buyer.

The important aspect to note here is that the buyer expected to take delivery “on board” and now that did not occur as the buyer will take delivery and assume all risks at a point short of “on board”.

In general, Incoterms need to be understood in their entirety including the consequences associated with using the incorrect Incoterm or not understanding the specific responsibilities as the buyer or seller. Incoterms training is a must for all personnel engaged in global trade and more particularly those operating in Procurement, Sales, Operations, Finance, and Customer Service.

Companies involved in international trade using best practices will switch Incoterms 2020 rules in quotations, purchase orders, contracts, commercial invoices, and other commercial documentation when determining the level of responsibilities and costs they want to take on; dividing the responsibilities for risk transfer, costs, and responsibility for carrier selection between the buyer and the seller.

Step 3: Contracts Override Relationships

In international trade, relationships trump contracts. Relationships will drive a successful deal and a long tenure. I have always extolled “you can contract out risk”, but you can seriously minimize and mitigate risk by establishing favored relationships that allow the best opportunity for problem resolution and working out issues that will likely occur over time and trade.

Contracts are important to make the deal have legal standing, but it is foolish to believe that the contract eliminates any risk in the transaction. In fact, sometimes contracts can cause risk when a false sense of security is at hand.

Obtaining legal support is prudent but spending money and time at building relationships with suppliers, vendors, agents, and customers will go a long way in mitigating many of the risks in global trade.

Step 4: Service Providers are Experts in all Aspects of the Global Supply Chain

Just not so! While a small percentage of service providers are clearly experts, professionals, and aligned with teams of knowledgeable staff the majority have serious limitations.

While many have the expertise to arrange affreightment, pick up and delivery many lacks:

-the necessary local connections in all foreign markets

-trade compliance knowledge

-an understanding of how best to eliminate risk and cost from the supply chain

A high degree of scrutiny, vetting, and discerning should take place when choosing service providers, 3PL’s, freight forwarders, and customhouse brokers.

Areas of evaluation:

Service providers can be very valued partners in your global supply chain. Just because they hang out a shingle does not mean they can provide real benefit. Scrutinize robustly and vet diligently. It will pay off in the long run. Having a quality partner will make your job easier and with a greater ability to meet all the challenges successfully.

Step 5: Manage the Supply Chain with Robust Technology

Supply chains that have expansive technology in every aspect of the operation will gain great leverage in performance metrics.

Areas of technology in the supply chain are:

Technology creates efficiency, ease of operations, robust information flow, security, and other benefits. It allows for the highest levels of performance in any organization, but more particularly in the global supply chain. Technology advances forward and expands every day. Keeping contemporary is a challenge that all supply chain executives face.

Cyber Security has grown to be a significant threat. It must be contemplated and managed in every moment and keystroke of the day. There are cybersecurity solutions that must be integrated into all aspects of operation, where there is a technology interface.

Step 6: We have been doing it this way … for over 5 years with no problems.

We hear this often and clearly because a company has not encountered a specific problem, does not necessarily mean things are being done correctly.

A volcano is not a problem until it erupts. The underlying problem is waiting for emergence. Dealing with potential issues proactively and anticipating “what ifs” are a much better option.

Potential problems along with potential betterments must be proactively pursued to assure you do not have serious issues and are doing all possible to reduce risk and cost and/or business process improvements.

Continually updating a logistic SWOT Analysis, risk management assessments and process evaluations are all necessary steps in mitigating any unanticipated problems in the future.

Because no one is complaining does not mean everything is ok. You must be proactive in making sure everything is ok, without assumptions. Err to the side of conservativism as it will prevent future headaches.

The pandemic was a complete disaster and disruption to all global supply chains. Having said that, some good came out of it as companies had time for internal introspection at risk and threats leading to proactive steps in mitigation.

Step 7: We Handed it to the Carrier, so it must be “on board”

Tracking and tracing need to be accomplished at a very detailed and exhaustive level.

Just because you have confirmation that a carrier has received freight, does not assure it made it on board the vessel, aircraft, railcar or truck.

You need affirmation that in fact the goods have actually made it on board the conveyance with an updated ETA, followed up with daily frequency, in case of any unanticipated delays, which occur all the time.

Step 8: We Always Check the Denied Parties List

Many international executives believe their companies are consistently checking and reviewed the various lists making up the “Denied Party Screening” regulations for importers and exporters.

In many years of auditing companies engaged in global trade, only a small percentage is fully compliant with the review, checking and compliance responsibilities associated with Denied Party Screening.

There are available direct connections into the government agencies and numerous third-party technology companies with DPL Screening Capabilities.

Step 9: I am the Ultimate Consignee on these Goods, but not the Importer of Record.

Many companies who are the recipients of imported merchandise who are not participative in the import process believe they have no import responsibilities.

That is potentially and totally incorrect! Customs (CBP) has the right to evaluate any import situation and determine that the ultimate consignee could be considered the “importer of record” and therefore has all the responsibilities as the importer of record”. This would then require adherence to all import regulations HTSUS, valuation, recordkeeping, etc.

Step 10: Domestic Packing will work for my International Shipments

Claims for loss and damage on international shipments occur every day and a major cause is inadequate packing, marking and labeling.

Just check with any marine insurance companies they will advise of the frequency and the severity of claims occurring on import and export shipments directly attributed to inadequate packing marking and labeling which could jeopardize marine cargo insurance coverage as an implicit or explicit warranty.

Step 11: Do we really need to ensure the shipment?

Loss and damage to international freight is a daily occurrence worldwide. In the overall cost of the global supply chain, marine insurance is an inexpensive purchase offering a high value of the return.

Just looked at what happened this year in the Suez Canal, with the grounding of the Ever Given (Evergreen Lines) which potentially caused losses in excess of $ 1billion.

Direct claims in delays and damage and indirectly caused by a General Average Claim. The fines, penalties, delays and lost cargo is still mounting, as only in early July, has the vessel finally exited the Suez Canal.

Marine cargo insurance is a solid, responsible, value-driven, and best practice purchase for any company shipping goods internationally.

“All Risk”, “Warehouse to Warehouse” with contemporary customized underwriting terms under standard policies are available.

Step 12: Do I need to train my global supply chain team?

The challenges of the global supply chain are numerous and daunting. These challenges can only be met by experienced well-trained managers and staff. The training needs to be consistent, contemporary and robust. Key areas to include are:

-Compliance

-Documentation

-Negotiating Freight

-Sourcing Management

-Logistics Management

-Technology Management

-Warehousing & Distribution

-International Contracts

-Risk and Spend Directives

-Foreign Trade Zones

These outlined above show a handful of the necessary skill sets required for import and export personnel to master. And “training” is the pathway to successful global supply chain management.

Summary:

The twelve examples outlined above provide a synopsis and evidence that mistakes based upon a lack of knowledge and skillsets can cause great disruption in import and export activity in the global supply chain.

Developing resources, providing training, and implementing procedures will assist in mitigating the problems and challenges identified in the above article.

Resources in international business and supply chain management will provide informed intelligence that will allow for making better decisions.

Training and skill set development will better prepare supply chain, import & export executives, managers, and staff to better deal successfully with all the challenges of global trade.

Procedures, protocols, and disciplines in management are always critical to a company’s success in business. In the global supply chain, SOPs are an integral component of freight, logistics, trade compliance, foreign sales, and overseas procurement that assure a company’s success in its international footprint.

The author can be reached at: tomcook@bluetigerintl.com for questions and comments.

sawnwood

Prices in the American Sawnwood Market Went Through the Roof Amid Construction Boom

IndexBox has just published a new report: ‘U.S. Sawmill Products Market. Analysis And Forecast to 2025’. Here is a summary of the report’s key findings.

In 2020, the construction boom in the U.S. set off an unprecedented demand for sawnwood, outpacing the rate of recovery from disruptions due to Covid. With stocks depleting, product prices have skyrocketed over the previous year. From February 2021, lumber mill utilization began to fall following a softened activity in the construction sector. According to the results of the year, growth in the sawnwood market is predicted, stimulated by a continuing increase in construction.

Key Trends and Insights

The construction boom in the U.S. has driven a record demand for sawnwood in 2020. Throughout the year lumber mills were at 80-90% utilization. Sawnwood production increased by 5% y-o-y compared to 2019 and reached 71M tonnes. Lumber futures on the Chicago Mercantile Exchange peaked at $1,515 in May 2021, up 300% from the same period in 2020.

The maximum utilization of lumber mill capacities was suitable in January 2021 (92%), but in February it dropped to 83%, and lumber production declined due to a curtailment in demand from the construction sector. Despite the record demand for new housing, construction companies are slowing down their activity due to land shortages, rapidly growing material costs and labor shortages.

In March 2021, there was a drop in sales for single-family houses, which was caused by a shortage of ready-made houses on the market. In some areas, the situation is so tense that some buyers are applying for all free lots, which very quickly sell out. Against the background of increased demand, housing prices continue to rise, which alongside rising food prices, accelerates inflation.

The high vaccination rate in the U.S. allows to expect a gradual return to normal activities, which will support economic growth. The housing shortage will remain in the coming years, which will stimulate growth in construction and increase the demand for sawnwood. The American sawnwood market is expected to grow at an average annual CAGR of 3.4% and to reach 101M tonnes by 2030.

American Sawnwood Market Size

The U.S. sawmill product market was estimated at $28.7B in 2020, increasing by 4.1% against the previous year. This figure reflects the total revenues of producers and importers (excluding logistics costs, retail marketing costs, and retailers’ margins, which will be included in the final consumer price). The market value increased at an average annual rate of +4.5% from 2013 to 2020.

Imports into the U.S.

In 2020, supplies from abroad of sawmill products decreased by -11.2% to 9.3M tonnes, falling for the second consecutive year after three years of growth. In value terms, sawmill product imports totaled $5.8B (IndexBox estimates) in 2020.

In 2020, Canada (8.6M tonnes) was the main supplier of sawmill product to the U.S., accounting for a 92% share of total imports. It was followed by Brazil (258K tonnes), with a 2.8% share of total imports.

In value terms, Canada ($5.2B) constituted the largest supplier of sawmill product to the U.S., comprising 90% of total imports. The second position in the ranking was occupied by Brazil ($128M), with a 2.2% share of total imports.

In 2020, the average sawmill product import price amounted to $626 per tonne, picking up by 13% against the previous year. Over the last seven years, it increased at an average annual rate of +2.4%.

Average prices varied noticeably amongst the major supplying countries. In 2020, the country with the highest price was Canada ($612 per tonne), while the price for Brazil amounted to $496 per tonne. From 2013 to 2020, the most notable rate of growth in terms of prices was attained by Canada.

Source: IndexBox Platform

rubber

Rising Output to Calm Down a Price Rally on the Global Natural Rubber Market

IndexBox has just published a new report: ‘World – Natural Rubber And Gums – Market Analysis, Forecast, Size, Trends and Insights’. Here is a summary of the report’s key findings.

In the beginning of 2021, demand for natural rubber spiked and prices for rubber increased due to a quick rebound in China’s tire manufacturing and the heightened need for latex gloves during the pandemic. Rubber production is projected to climb up this year in line with rising demand, slowing down the price growth. There is a risk that droughts in Malaysia, Thailand and Indonesia will create a supply shortage in the market and enable the prices to soar again.

Key Trends and Insights

According to the Association of Natural Rubber Producing Countries (ANRPC) and the Malaysian Rubber Board (MRB), global demand for natural rubber will grow by 7% y-o-y in 2021. This gain will be possible due to heightened demand from the rebounding rubber and tire industries as well as the increased need for latex gloves due to the pandemic. Production is projected to rise by 6% and balance out supply and demand and as a result, maintaining prices stability. At the same time, there is a risk that possible droughts in Malaysia, Thailand and Indonesia could prompt a decrease in rubber tree yield and threaten a shortfall in the market.

At the beginning of 2021, renewed demand from the rubber and tire industries in China caused prices for natural rubber to skyrocket. According to the World Bank, in May 2021 the average price for Rubber RSS3 reached $2.29 per kg, surpassing the 2020 yearly average of $1.73 per kg. The price for Rubber TSR20 rose to $1.69 per kg with a yearly average of $1.33 per kg in 2020.

Unlike in China, the U.S. is experiencing a slower recovery in the tire industry but the rebound will also bolster the global market for natural rubber. The U.S. Tire Manufacturers Association predicts that as of year-end 2021, shipments of tires in the U.S. will grow by 4.1% in comparison to 2020 but their overall amount won’t reach 2019 levels.

High demand for latex gloves during the pandemic will be one of the key factors leading to expansion for the natural rubber market this year. In 2020, a shock in demand caused latex gloves and medical equipment exports from Malaysia to increase by 95.3%. As the pandemic winds down, this element will gradually recede into the background but should remain influential for at least another few years.

Global Natural Rubber Consumption

The global natural rubber and gum market rose sharply to $24.1B in 2020 (IndexBox estimates), increasing by 7.6% against the previous year. This figure reflects the total revenues of producers and importers (excluding logistics costs, indirect taxes, intermediary margins, which will be included in the final consumer price).

The countries with the highest volumes of natural rubber and gum consumption in 2020 were Thailand (4.6M tonnes), Indonesia (3.5M tonnes) and China (1.4M tonnes), with a combined 60% share of global consumption. Malaysia, Viet Nam, India and Cote d’Ivoire lagged somewhat behind, together comprising a further 26%.

From 2012 to 2020, the most notable rate of growth in terms of natural rubber and gum consumption, amongst the key consuming countries, was attained by Cote d’Ivoire, while natural rubber and gum consumption for the other global leaders experienced more modest paces of growth.

In value terms, Thailand ($6.1B), Indonesia ($5.2B) and China ($1.8B) constituted the countries with the highest levels of market value in 2020, together accounting for 54% of the global market. Malaysia, India, Viet Nam and Cote d’Ivoire lagged somewhat behind, together comprising a further 24%.

The countries with the highest levels of natural rubber and gum per capita consumption in 2020 were Thailand (65 kg per person), Malaysia (38 kg per person) and Cote d’Ivoire (28 kg per person).

Global Natural Rubber Imports

In 2020, purchases abroad of natural rubber and gums decreased by -0.2% to 1.6M tonnes. In value terms, natural rubber and gum imports amounted to $1.8B in 2020.

Malaysia (701K tonnes) and China (570K tonnes) prevails in natural rubber and gum import structure, together constituting 77% of total imports. The following importers – the U.S. (37K tonnes) and the Netherlands (25K tonnes) – each finished at a 3.8% share of total imports.

In value terms, China ($634M), Malaysia ($629M) and the U.S. ($52M) appeared to be the countries with the highest levels of imports in 2020, with a combined 75% share of the global imports.

Source: IndexBox Platform

workforce

EDUCATION PROGRAMS ARE CRITICAL TO ARMING THE NEXT-GENERATION MANUFACTURING WORKFORCE WITH THE REQUIRED SKILLS

Whether you prefer to call it the Fourth Industrial Revolution or Industry 4.0, there is no denying that industry is getting smarter. 

Summarized as the ongoing automation of traditional manufacturing and industrial practices using smart technologies, it is a seemingly unstoppable trend that has transformed enterprises, captured imagination and generated value. 

According to McKinsey, Industry 4.0 has the potential to provide returns of $3.7 trillion to manufacturers and suppliers around the world by as early as 2025. 

However, a caveat is that today only one in three companies are capturing this value at scale. 

“Approaches are dominated by envisioning technology development going forward rather than identifying areas of largest impact and tracking it back to Industry 4.0 value drivers,” McKinsey adds in its report, “Industry 4.0: Capturing Value at Scale in Discrete Manufacturing.”

“Further governance and organizational anchoring are often unclear. Resulting hurdles related to a lack of clarity regarding business value, limited resources and an overwhelming number of potential use cases leave the majority of companies stuck in ‘pilot purgatory.’

The report identifies several steps organizations can take to make the most out of the opportunities created by Industry 4.0 and its associated technologies. 

Chief among them is investing in human capability to leverage such innovations. 

Last year, the U.S. National Skills Coalition (NSC) reported an “invisible drag on productivity” created by an alarming digital skills gap. In the manufacturing sphere, one in three workers are thought to have no or limited key digital skills, according to research carried out by the Organization for Economic Cooperation and Development. 

Given that the NSC defines “limited digital skills” as an ability to complete simple tasks with a generic interface and few uncomplicated steps (like sorting emails into different folders), it is clear that a large portion of the current manufacturing workforce requires serious upliftment in digital literacy or risk being displaced by more tech-savvy recruits.

Education is the answer

For those about to join the manufacturing workforce, learning digital skills has never been more important. 

This rings especially true against the current coronavirus backdrop, with many industrial businesses having to make cutbacks as a result of drops in business and legal mandates to close as part of pandemic-induced societal lockdowns. 

It is something tech giants are responding to. For instance, in June 2020, Microsoft announced plans to provide free digital skills training to 25 million people around the world in response to predictions relating to a surge in unemployment. 

The speed and extent of economic recovery in part rests on how much productivity can be gained from Industry 4.0 activities, manufacturing being a key economic contributor to communities across the United States.

Education is a key enabler of productivity growth, be it through programs for upskilling current workers or training initiatives designed to ensure new generations of jobseekers are armed with the knowledge they need to hit the ground running.  

In Charlotte, North Carolina, this holds the key to unlocking the manufacturing sector’s bright future. The industry has grown here at twice the national average over the past five years with four clusters driving activity–machinery manufacturing, advanced materials, automotive manufacturing and energy manufacturing. 

“There are many synergies among these clusters,” explains Antony Burton, VP of Economic Research at the Charlotte Regional Business Alliance. “For example, 50 advanced materials firms in the textiles, plastics and composites industries serve the automotive industry in the Charlotte region which requires strong, durable, lightweight materials. 

“There is also synergy between the automotive and energy industry. Arrival, a leading electric vehicle manufacturer, has announced its North American HQ in Charlotte along with two micro-factory production facilities in the bi-state region.”

An enormous lithium deposit also feeds the area’s manufacturing scene. One of the largest such resources in the country, it has lured in major players in the lithium battery value chain and is supplemented by leading automotive and energy research assets at the Charlotte-based University of North Carolina. In short, the region is gearing up to lead and benefit from the transition to electric vehicles. This means new skills will be required to fully exploit the opportunity. 

“Manufacturing enterprises increasingly require a workforce with advanced industrial technology skills that include knowledge of mechatronics, robotics, and computer-aided machining as low-skill jobs are increasingly automated,” Burton adds. “In addition, manufacturing enterprises will require more engineering expertise. The Carolinas have over 7,000 graduates in engineering fields every year to help supply this pipeline of talent.

“It is crucial that the education programs continue to evolve to the needs of industry. Talent continues to be a top factor for location decisions, and the labor market has remained very tight throughout the country despite relatively high unemployment rates. To help provide this talent, along with the University of North Carolina, which has 600 engineering graduates, we have a strong community college system made up of 10 community and technical colleges with a total of 30 locations throughout the region.”  

Burton also cites the North Carolina Motorsports and Automotive Research Center as a unique training asset. Here, the next generation of automotive engineers are trained through a series of partnerships with key industry manufacturers, collaborations which conduct research and drive innovation in the sector. 

COVID-19, without doubt, has presented obstacles to delivering the sort of hands-on training the manufacturing sector requires. However, Burton points to virtually hosted events and research conducted by The Charlotte Regional Business Alliance as examples of its ongoing support for the industry.

“With state and local economic development partners, we organized STREAM 2021, a supply chain tradeshow which brought together manufacturers across the region to learn from industry experts and to help manufacturers find local suppliers,” he says. “In February of 2021, this inaugural event created a virtual opportunity for local manufacturers and suppliers to network and potentially work together to restore supply chains, especially in a time when COVID-19 has disrupted traditional supply chains. 

“Our economic research team also completed a deep-dive analysis of the manufacturing industry in the region and a manufacturing labor and wage survey. The report, “Manufacturing in the Charlotte Region,” provides business intelligence to the local community and to prospective companies.”  

Due west, in Kansas, Franklin County represents one of the top markets in the country for industrial and business development thanks to easy access to Interstate 35, Interstate 70, Logistics Park Kansas City and the Kansas City International Airport, as well as inclusion in the Foreign Trade Zone.

Paul Bean is executive director of Franklin County Development Council, a body which helps businesses to establish themselves and thrive in the area. As well as the digital skills identified by Burton, Bean highlights the critical importance of attitudinal traits sought by his association’s membership base, and how Franklin County Development Council helps them to find the right people.  

“Soft skills are the number one request,” he says. “They report to us that they can train folks but need people that show up, think critically, and are willing to work.

“We work closely with our area school districts, community colleges and private universities to provide programming to support our manufacturing industry. For example, we are just kicking off an online program through Nepris, which helps connect educators and learners to industry professionals. We’re also beginning the process of becoming an ACT Work Ready Community, and work with local higher education institutions on specific programs for new certifications and learning refreshment.”  

Charlotte and Franklin County are just two examples of regions investing in the next-generation workforce. Activity is also taking place at a federal level, supported by former President Trump’s pledges to prioritize homegrown industries. For example, June 2020 saw the launch of a new workforce training grant with several hundred million dollars for states to access. Unveiled by then Education Secretary Betsey DeVos, the scheme supports job training for in-demand occupations and entrepreneurship development. 

“America’s colleges and universities are a national treasure, but it is time for them to reinvent themselves and to be more responsive to the needs of their students and local communities,” DeVos said at the time of the launch. 

Through a mix of national incentives underpinned by bustling activity and support driven at a regional level, the manufacturing labor force has every chance of being future-proofed. Education lies at the heart of this transition and must continue to be substantially invested in if vital American industries are to remain competitive on the global stage.

Industrial Sensors

Three Key Aspects that will Influence the Demand for Industrial Sensors by 2027

Large-scale adoption of industrial robots across manufacturing & processing industries is expected to offer a considerable push to the industrial sensor market outlook. According to the International Federation of Robotics, around 2 million industrial robots are expected to be utilized across factories worldwide by 2022. Robotic Process Automation (RPA) technology in the manufacturing sector, as well as automation equipment such as HMI (human-machine interface) and PLC (programmable logic controllers) in assembly and production lines heavily, rely on industrial sensors.

The demand for such automation equipment may accelerate supported by favorable government initiatives designed to advocate the acceptance of industrial automation in the food & beverage sector. In March 2021, the Government of Australia announced an investment of USD 993 million to support the region’s F&B manufacturers under its MMI (Modern Manufacturing Initiative) scheme.

Projections from a report published by Global Market Insights, Inc., suggest that the industrial sensors market is expected to surpass USD 30 billion by 2027. Although, it is vital to note that the shortage of raw materials & components due to imposed COVID-19 restrictions have severely impacted the industrial sensors market growth in mid-2020. The shift of existing manufacturing facilities to new regions due to political and business obstacles might hinder the market growth during the pandemic.

Here are some of the trends to look for in the industrial sensors market until 2027:

Force Sensors Witnessing High Demand

Industrial IoT is steadily extending its reach across the pharmaceutical, food & beverage, chemical, and oil & gas sector. As a vital component in industrial IoT, industrial sensors are used to detect, measure, and analyze parameters such as level, temperature, pressure, force, and position, among others. Reports indicate that the force sensor segment held a market share of around 8% in 2020.

Force sensors are used to measure various physical parameters such as torque, mass, and weight of an object in the industrial sector. These sensors are commonly used in counting scales, hopper scales, bench scales, platform scales, truck scales, and belt scales. Force sensors have high capabilities to monitor the load and prevent industrial machinery from overloading and find application in force exertion control and industrial test benches in industrial robotics.

Demand Across the European Pharmaceutical Sector

Europe is home to some of the world’s leading pharmaceutical manufacturers such as AstraZeneca, Novo Nordisk, and Pfizer, Inc., among others. These companies are currently emphasizing on the mass production of vaccines and novel drugs. Certain equipment used in the medical industry are integrated with force sensors for fluid monitoring applications, endoscopic surgery, dialysis machines, physical therapy equipment, orthopedics and MRI devices.

Pharmaceutical companies in the region are extensively focusing on new research & development activities, increasing the adoption of industrial sensors. High-volume manufacturing and large-scale investments in the pharmaceutical sector will devise new opportunities for industrial sensor manufacturers in Europe. As per estimates, the industrial sensors of Europe is anticipated to register 7% CAGR from 2021 to 2027.

Use of Gas Sensors in Mining Application

The demand for industrial sensors such as gas sensors is escalating in mining & exploration activities. Generally, industrial gas sensors are used undermining conditions to monitor safety parameters to safeguard miners from toxic & flammable gases. Linking sensors with IoT systems will help mining companies to extract real-time & exact data about the temperature, pressure, and gases in the mines. The mining application segment held a 7% market share in 2020 and is projected to grow at 8% CAGR by 2027.

Source: https://www.gminsights.com/industry-analysis/industrial-sensors-market

Memory Polymer

Will Increasing Application Across Aerospace Industry Boost Shape Memory Polymer Market Outlook?

The shape memory polymer industry is set to record appreciable gains through the coming years in the Asia Pacific region. This rise is on account of the surging income level of consumers and the high economic growth in the APAC.

Besides, the expanding automotive sector in the Asia Pacific is a major driver enabling the expansion of the shape memory polymer business. India, China, Japan, and South Korea are some of the largest automotive manufacturing countries at the global level.

In addition to that, the proliferating expenditure on healthcare in the Asia Pacific is poised to impel the growth of the regional industry. Along with that, the shape memory polymer market is touted to expand a rise in research activities by various organizations and key shape memory polymer manufacturers.

To cite an instance, in April 2021, a team of researchers successfully showed that the addition of gold nanoparticle clusters to shape-memory polymers and subsequent stretching alters their plasmon-coupling traits. This enables them to have beneficial and different optical properties that impel usage in numerous applications.

Owing to these trends and as per the latest study by Global Market Insights, Inc., the shape memory polymer market size is anticipated to surpass USD 1 billion through 2027.

Prominent shape memory polymer manufacturers comprise SMP Technologies, Inc., Composite Technology Development, Inc., Dupont De Nemours, Inc., The Lubrizol Corporation, Asahi Kasei Corporation, Nanoshel LLC, Covestro AG, Cornerstone Research Group (CRG), EndoShape, Inc., and others.

Rising aerospace application demand – a key propellant of shape memory polymer industry growth

Shape memory polymers are used in the aerospace sector for the manufacturing of deployable structures comprising antennas, radars, support structures, and solar arrays. The product finds extensive application in the development of morphing structures for aircraft.

These structures are created so that the body of the aircraft can alter its shape as per external activation signals for lowering the usage of fuel, and enhancing speed, and maneuverability. In addition, shape memory polymers are also used in outer space applications.

Considering the above facts, a rise in the number of space exploration activities, overall escalation in the aircraft manufacturing sector, and increasing expenditure in the defense industry will augment the value of the shape memory polymer market through the estimated period.

Why will acrylic SMP materials account for a substantial industry share?

Acrylic SMP materials are expected to depict a CAGR of 24% through the analysis period. These materials are utilized for both commercial as well as research purposes.

Acrylic has multiple advantages comprising excellent weatherability, good optical clarity, and resistance to sunlight. The product has good impact strength and rigidity, which allows its usage for damping applications, along with good chemical resistance and dimensional stability.

Numerous acrylic shape memory polymer applications comprise a variety of uses across construction, healthcare, automotive, and aerospace industries. These polymers have also been utilized for manufacturing household goods.

In a nutshell, the increasing number of plausible shape memory polymer applications in the construction and biomedical industries will escalate shape memory polymer market growth through the forecasted period.

ERP

Scheduling Matters: 10 Ways it Boosts Your Manufacturing

Scheduling jobs is one of the most important tasks in a manufacturing enterprise. Given the amount of variability involved in scheduling a busy shop floor, it’s also one of the most complex and demanding.

Loading new jobs into the schedule, or moving around existing ones, involves a staggering array of variables. From work orders, raw material availability and due dates to employee skill sets, workcenter capacity, jobs in progress and more, every detail must be accounted for to achieve accurate, timely scheduling. Performing this gargantuan task manually can take hours or even days to properly align the flow of work on the shop floor. It can also result in costly mistakes that impact productivity, profitability, and the customer relationships you count on.

With ERP (enterprise resource planning) scheduling, it’s a different story. Designed to simplify and automate the process of scheduling work orders in a busy shop floor environment, ERP can process all the scheduling variables in a matter of seconds. It then uses highly sophisticated algorithms to automatically design the most efficient schedule to meet customer due dates. All you do is enter the data and the software does the scheduling for you.

ERP software makes the entire scheduling process faster and more efficient. Work orders that used to take hours or days can be completed in a matter of minutes. ERP also tracks every step of the production process, so you know when a job will be done instead of having to guess. With ERP, great scheduling becomes a way of life rather than a hoped-for event.

Take the Scheduling Litmus Test

ARE YOU SCHEDULING GREAT? SEE IF ANY OF THESE COMMON SCHEDULING SCENARIOS APPLY TO YOUR BUSINESS.

Scheduling is manually updated on a whiteboard or in a spreadsheet.

• Machine/workcenter dispatch lists can’t be trusted.

• Meeting customer due dates often requires excessive overtime costs.

• Uncertainty about your schedule frequently results in unnecessary overtime or inventory buildup you don’t need.

• You spend too much time putting out fires from customers who scream the loudest.

• Scheduling and production tend to be reactive rather than proactive.

• You don’t know if you can take on additional work or when you could do it.

• You schedule work only in buckets rather than true capacity planning.

• Your planner/scheduler has to walk the shop to determine the status of jobs in progress.

• When customers request a change to a due date, you can’t tell how it will affect other jobs.

Did you recognize some of these in your business? If so, your scheduling needs a tune up. Learn how ERP can help your business overcome these obstacles and create accurate schedules with ease.

10 Ways ERP Makes Scheduling Great

ERP transforms the scheduling process by tracking everything that
happens on the shop floor. It then combines the data with information you input through work orders, routers, BOMs, etc. to create the most efficient schedule. Here are 10 ways it helps accomplish the result every manufacturer wants – on time delivery every time.

 1. Know the status of jobs in real time.

One of the biggest advantages of ERP scheduling is the ability to track jobs in real-time. With a few keystrokes, you can easily see the current status of any job, including where it’s been, where it is now, and where it’s going next. You can also see whether it’s on schedule or lagging behind. Having access to this data helps identify bottlenecks while jobs are in progress to ensure they get completed on time.

“The visibility of data in our ERP scheduling module is superb. We can see exactly when every job will start and end, which jobs are on schedule, and which are running behind. At any given time we know who has each order and where it stands in the production process. This allows us to be more responsive to customer needs and still get finished orders out the door on time,” Peter Belezos, President of Bendon Gear, a Global Shop Solutions customer.

 2. Know your true capacity for machines, workcenters and personnel.

When you can’t determine the true capacity of resources and people, you can only guess. With ERP scheduling, the system automatically does the scheduling for you, in minutes rather
than hours, with maximum efficiency and full capacity utilization.

Planners get a real-time overview of all work centers and available labor hours, allowing them to balance loads across resources by instantly identifying which ones have excess load or capacity. They can easily create workgroups and assign alternate work centers for
a resource, and can even modify the labor default schedule, including interjecting holiday schedules.

 3. Easily move or reroute jobs for better forecasting.

When rerouting jobs, the inability to see how the changes will
impact other jobs makes it difficult to adjust your schedule on
the fly. It can also lead to accepting customer due dates hoping (rather than knowing) you can make them.

ERP scheduling makes rerouting jobs simple with short- and long-term “what if” scenario planning. Simply insert a current or new job where it needs to go and the system automatically adjusts the schedule forward, backward or globally. Seeing how job changes will affect the entire schedule improves forecasting and minimizes hot and past-due jobs.

“Any time we make a change to the schedule, the system immediately shows how it will affect every other job. This helped us raise our on-time delivery rates to an average of 97.6%, with 100% for our biggest customer who buys $16 million of product each year,” Dave Dahl, Plant Manager at Alexandria Pro-Fab, a Global Shop Solutions user for many years.

 4. Identify production bottlenecks in real time.

Manual scheduling creates bottlenecks when multiple jobs get stacked on top of each other due to limited capacity. ERP reduces and in many cases eliminates these bottlenecks by automatically scheduling the right job on the right machine at the right time. It also identifies when and where the workflow will be light or heavy, allowing planners to adjust labor hours and move people around to balance the workloads.

“One of our biggest scheduling problems is having jobs go through multiple machines that aren’t configured in work cells. ERP prioritizes the jobs to ensure we schedule each machine in the right order so we get the order done on time,” Gary Bruff, Vice President of Manufacturing at Fullerton Tool, a Global Shop Solutions customer.

 5. Instantly see how new or “hot” jobs will affect other jobs.

How many times have you pulled an ongoing job out of a machine to respond to a more urgent order, knowing you will lose money on the job? Many companies try to solve this problem by hiring more schedulers, which only adds to the complexity of the scheduling process. With ERP, you can insert a hot job and instantly see how it will impact current and future jobs on the schedule.

ERP provides this scheduling picture by gathering data on workloads, available capacity, work center and employee constraints, setup and run times, and more. It then calculates the changes to jobs on the schedule with precision. Planners can finitely or infinitely schedule, balance work center loads, engage in advanced labor scheduling, and immediately see the results. Armed with this information, planners can make decisions to maximize shop floor productivity and job profitability, knowing they can trust the data.

 6. Accept customer due date requirements based on factual data.

With manual scheduling, setting due dates often relies on guesswork. ERP tracks what you’re making, how you’re making it, how many you’re making, and work in progress at any given moment. It uses this data to determine exactly when each job will be finished so you can confidently tell customers when they will receive their parts.

Berlin Gardens, a manufacturer of indoor and outdoor furniture, builds strong customer relationships by providing short lead times and reliable due dates. Scheduling with Global Shop Solutions’ Advanced Planning & Scheduling (APS) module plays a key role in following through on those promises.

“We use the auto work order generation feature in our ERP system to schedule the start of all new jobs. This allows us to build to stock, but only what we need to ship, and plays a critical role in meeting our ambitious lead times and our customers’ requested due dates,” Owen Yoder, IT/Systems Manager at Berlin Gardens.

 7. Salespeople will have confidence when promising due dates.

From a sales perspective, one of the real strengths of ERP scheduling is the ability to turn a “no” into a “yes we can” when customers request difficult due dates. It does this by providing complete visibility of data on every job — from work order number to completion due date — in a variety of formats.

Before accepting a due date, salespeople can quickly determine inventory levels, available workcenter and labor hours, current status of jobs in progress, and other variables that impact production. If the customer’s requested due data isn’t available, planners can perform forward and backward scheduling to see if jobs can be moved around to accommodate the date. Either way, the decision is based on reliable data so sales reps can promise a due date with confidence rather than hoping production will get the job done on time.

 8. Production managers have more time to manage.

With manual scheduling, production managers often spend inordinate amounts of time trying to fix the schedule. ERP allows them to do the job they were hired to do – respond to and manage events on the shop floor that require their knowledge, expertise and judgment.

Suppose a tool breaks and needs to be repaired, or there’s an unexpected bottleneck in a critical phase of a job. ERP scheduling frees up managers’ time to respond to these and other events that require in-the-moment decisions. It enables them to make better decisions and become a more proactive manager of people and resources. ERP also elevates the managerial role to a more strategic level, enabling managers to make decisions that improve productivity and profitability.

 9. Lower production costs.

The ability to schedule quickly and accurately lays the foundation for a host of shop floor benefits, including lowering the cost of setup, production, shipping, and more. For example, when customers order the same part with different due dates, ERP reduces setup time by scheduling multiple jobs of the same part to run concurrently rather than days or weeks apart.

The ability to see your true machine and labor capacity allows planners to avoid unnecessary overtime. Knowing exactly how long each step of a job takes reduces indirect labor because machinists know what to work on next and when to expect it. Personnel engaged in staging and shipping finished goods can track the status of every job in progress and have everything ready to go when the job is complete. Utilizing these and other efficiency improvements, manufacturers can significantly reduce cycle times, making the business more competitive and profitable.

“Our ERP system helps us operate more cost-effectively by lowering costs, simplifying processes, and enhancing cash flow. It also enables us to get our products to market very quickly, giving us a competitive advantage that other middle market firms in our industry don’t seem to have,” Kevin Mason, CFO of Harding Display.

 10. Sleep better at night.

The uncertainty that comes with manual scheduling creates tremendous stress. ERP software takes the stress out of scheduling by simplifying and automating the entire process.

ERP software enables companies to achieve faster cycle times, better on-time delivery rates, reduced administrative overhead, lower labor and materials costs, improved productivity, and more. Companies can manage the numbers in real time (instead of at the end of the month), leading to timely, informed decisions that enhance the future success of the business. More than just a production management tool, ERP acts as an ongoing process improvement platform that empowers the entire organization to become leaner, more efficient and more profitable. You’ll sleep better knowing your scheduling and your business are in good hands.

Wondering How Your Business Is Doing Overall?
Take the 10-minute Manufacturing Health Test and see how you compare in the 8 critical areas of manufacturing.

___________________________________________________________

Adam Grabowski is the Director of Marketing at Global Shop Solutions. He is responsible for translating the company’s business objectives into successful brand, marketing, and communication strategies to drive awareness, revenue, and loyalty.

To learn more about the 10 ways scheduling boosts your manufacturing, call 1.800.364.5958 or visit www.globalshopsolutions.com.

voice carrier

Wholesale Voice Carrier Market: Top Trends Propelling the Industry Demand through 2026

According to a recent study from market research firm Graphical Research, the global wholesale voice carrier market size is poised to expand at substantial CAGR during the forecast period. Thanks to the growing indispensability of smartphones worldwide, the global wholesale voice carrier industry outlook is expected to benefit from the massive voice over internet protocol (VoIP) demand. The market is expected to make a significant headway between 2020 and 2026 on account of the trending commercialization of 5G technology worldwide.

Due to the augmenting adoption of smartphones, VoIP traffic is growing. The utilization of mobile internet and data-intensive voice calling applications are responsible for the rising VoIP needs. As investments pour in across the global telecom industry, expansion of telecom infrastructure and networks is likely to foster opportunities for the global wholesale voice carrier market forecast.

CenturyLink, IDT Corporation, Vodafone Group Plc., Orange SA, Telefonica SA, Deutsche Telekom AG, BT Group Plc, Bharti Airtel Ltd., Sprint (T-Mobile), BCE Nexxia Corporation, and Alepo are some leading wholesale voice carrier companies in the international landscape. The following seven trends are accelerating the industry forecast:

Leased network demand in North America

The deployment of leased network infrastructure is growing across North America. In the highly competitive telecom industry, tier-2 and tier-3 providers have been leasing network capacities to a considerable extent from tier-1 operators. They have been doing so to benefit from the minimal cost of ownership to maximize profitability.

North America wholesale voice carrier market share from the leased network segment is anticipated to grow at a 10% CAGR up to 2026. The growth can be accredited to the growing need for a leased network in VoIP call termination in the region. Prominent telecom operators are leasing a part of their network for setting up voice termination facilities across emerging markets.

Transmission switching technology in North America

The wholesale voice carrier industry share from the transmission switching segment accounted for more than 50% of the total North American market during 2020 and is slated to expand further. The considerable dependence on traditional voice calls in the lesser developed North American regions is driving demand for the technology.

Rural areas face the challenge of limited wireless network availability. Since a large percentage of the rural population relies on traditional voice calls, the use of transmission switching is likely to expand through 2026. Several wholesale voice providers are offering minimal cost and time of installation, optimal life of switch, and unitized configurations.

Strategic partnerships by Canadian telecom enterprises

Canada’s wholesale voice carrier market size is expanding at a rapid pace, thanks to the growing 5G commercialization across the region. Canadian telecom operators are making the most of the partnership opportunities for delivering 5G services. They are focusing on diversifying their offerings through their strategic moves.

For instance, Telus Corporation announced its plan to partner with Huawei for launching a 5G network in Canada in February 2020. In compliance with the regulatory government standards, the partnership was fruitful in launching new, efficient solutions and devices. Thanks to the access to high-speed internet, enterprises can leverage IP-based telephony services.

Adoption of interconnect billing solutions in Asia Pacific

Interconnect billing solutions are gaining traction throughout Asia Pacific. The key reason these solutions are becoming mainstream is that telecom operators find convergent billing systems useful in accelerating digital transformation. The APAC industry share from the interconnect billing segment is slated to grow at a 10% CAGR through the assessment timeline. By 2026, the total APAC wholesale voice carrier market size is expected to surpass $7 billion.

Increasing telecom frauds in Asia

The alarming rise in fraud frequency across the regional telecom sector is influencing Asia Pacific wholesale voice carrier market. The requirement for fraud management solutions is growing due to this trend. As per the 2019 data published by Trend Micro, a Japan-based cybersecurity firm, the annual cost from telecommunications subscription frauds was estimated at $12 billion, equaling between 3% and 10% of the gross revenues of regional operators.

Asia Pacific wholesale voice carrier industry share from the fraud management segment is expected to rise at a 12% CAGR through 2026, promoted by the surging focus toward fraud prevention. In order to ensure a reduction in losses, the significance of these solutions is gaining popularity.

Growing subscriptions for VoIP services in Europe

The number of VoIP subscriptions are augmenting across European countries. The preference for VoIP-based calling is growing amongst regional subscribers due to the tendency to avoid the higher costs associated with traditional voice calls.

The industry share from the VoIP segment in the region will register around 13% CAGR through the next five years. VoIP-enabled wholesale voice carrier services provide enhanced technologies to telecom companies, simultaneously eliminating the unnecessary charges associated with roaming.

The gradual shift to voice termination in Europe

Europe wholesale voice carrier market size is slated to reach $11 billion by 2026, thanks to the presence of a robust commercial network infrastructure in the region. Since voice termination involves substantial routing costs and international call termination across multiple networks, wholesale voice providers can benefit from significant opportunities provided by this solution.

The region is seeing a shift from conventional voice and data services to more profitable and efficient solutions provided by regional wholesale voice termination service providers. Europe wholesale voice carrier market share from voice termination segment is expected to represent more than 70% of the total industry by 2026.