Compared to just a few years ago, Artificial Intelligence (AI), automation, and smart products have transformed how we live, work, interact with others, and even think. Voice-controlled virtual assistants like Alexa can do everything from turning on lights to changing the thermostat and even reading us an audiobook. Cumbersome paper maps are a thing of the past, as built-in GPS navigation systems in our vehicles tell us exactly where to drive, the best routes, and how long it will take. And instead of talking to a real person, online chatbots with friendly-looking avatars and names like ‘Anna’ or ‘Emma’ help us with everything from banking to scheduling dental appointments.

Just as AI and automation have become part of our everyday lives, so has technology become integral to modern manufacturing. From agricultural robots harvesting our food on Earth to autonomous vehicles like NASA’s Perseverance rover exploring Mars and collecting rock samples, robots and cobots—sensor-equipped robots operating safely around their human counterparts—and other automated solutions continue to proliferate.

Smarter manufacturing
For hundreds of years, especially since the Renaissance, humankind has invented increasingly complex machines, improving transportation, communication, printing, and manufacturing. The Industrial Revolution in Britain saw new production methods focusing on iron and steelmaking, steam engine production, and textiles. This led to new technologies worldwide, making manufacturing more efficient and less expensive, a shift that soon spread across Europe and North America. Goods once made in small workshops by hand were now manufactured by machines on a large scale in a factory system.

Today’s manufacturing combines time-tested production methods with AI, robots and cobots, and other automated solutions. Assembly lines no longer rely solely on human eyes to spot flaws, instead using high-speed cameras capable of scanning products in seconds. And repetitive tasks, like pick-and-place or lifting heavy items, are now performed by industrial robots.

To ensure machines work at peak performance, built-in predictive maintenance programs (PMPs) use sensors to check vibration, temperature, revolutions per minute (RPMs), and more in real time. If there is a risk of misalignment, unnecessary wear, or equipment overheating, data is sent to technicians immediately. This prevents issues like costly part replacements and unnecessary downtime, optimizing machine lifespan and improving operational efficiencies.

The role of Artificial Intelligence
Predictive maintenance, cameras, vibration and ultrasonic sensors, robots, cobots, self-driving forklifts, and other devices all need AI of some sort to function. While manufacturing machinery builds on past technologies, the key difference is today’s systems use AI to collect information, learn, adapt, and even make on-the-spot decisions, often without human interaction. Driven by technology, modern manufacturing aims to optimize processes and can even reduce production waste depending on material availability. Taken together, today’s factories are the result of smart manufacturing, also known as Industry 4.0: The Fourth Industrial Revolution.

Where Industry 1.0 and Industry 2.0 saw mass production transform because of steam and electricity, The Third Industrial Revolution truly transformed how goods are made. Also known as the Digital Revolution of the 1970s, Industry 3.0 ushered in computers, programmable logic controllers (PLCs), and microprocessors. These then-new technologies enabled manufacturers to shift from analog to digital, making production faster and more precise.

Now, virtually all aspects of the manufacturing process are undergoing major transformations thanks to AI and robotics. From material selection and handling to manufacturing, assembly, finishing, quality control and inspection, packaging, and even customer service, fewer tasks are being handled by people. While some argue this will result in job losses, others believe automation will benefit human workers. Instead of risking physical injury from lifting heavy materials or dealing with repetitive strain, robots, cobots, and automated overhead cranes will handle the load. This also has the benefit of making operations more streamlined and freeing up workers to handle other tasks.

Advantages of automation
For manufacturers, AI, robotic systems, and other automated processes often result in greater productivity, enhanced quality, lower operational costs, and other benefits. Thanks to sensors, software, cloud computing, and digital technologies, some manufacturing facilities are now fully autonomous. Unlike factories with humans working in shifts, these plants operate 24/7. Via the Internet of Things (IoT), machines, cameras, 3D printers, sensors, and other devices are all connected, and working in real time, machines make on-the-spot decisions about production times, speed, materials, and more. Also known as ‘lights-out,’ these factories utilize robotics and CNC machines, which can run without human attention. In some instances, workers are only present at the final stages to verify quality.

Like all manufacturing systems, there are pros and cons to autonomous factories, starting with cost. Investing in advanced robotics and IoT technology is an extremely expensive proposition, and the investment can take years to recoup. These facilities also need a clear path for the future, as robots and cobots will need to be modified and replaced over time.

Then there is job displacement, since fewer people are needed for repetitive tasks like assembly and packaging. While fewer human employees are required, companies will need to hire staffers with backgrounds in advanced engineering, robotics, AI, and maintenance, or upskill existing workers, requiring additional investment.

Then there are the many advances in autonomous manufacturing. Once up and running, labour costs are reduced since fewer humans are needed. For those who remain, especially on the factory floor performing quality assurance and other tasks, safety is enhanced. Repetitive tasks once performed by people are now handled entirely by machines equipped with safety sensors and cameras. If an obstacle is detected or someone gets too close, robotic arms and conveyors shut off, preventing injury.

One of the greatest, and sometimes overlooked, advantages of autonomous manufacturing is that these facilities keep jobs in the United States and Canada. Instead of making products offshore and facing issues like long shipping delays, tariffs, duties, and substandard quality, jobs stay in North America. For customers, this presents a huge benefit in the form of shortened lead times. Instead of waiting for orders to arrive, autonomous factories can provide greater output and higher consistency. And on the environmental side, machines connected to IoT systems are more efficient, producing less waste material.

Manufacturing has come a long way from the first Industrial Revolution of the mid-18^th century, when men, women, and children took their lives in their hands working up to 16 hours a day in dimly lit, poorly ventilated factories alongside dangerous machines. Humans will remain integral to the manufacturing process in the future, but their roles will be very different from the ones they held in the past.

The post The Automation Transformation<p class="company">The Case for Smarter Manufacturing</p> appeared first on Manufacturing In Focus.

-The Rt. Hon. Mark Carney, Prime Minister of Canada

Touted as one of the most significant labour and industrial shifts in recent history, Canada’s decision to join the Security Action for Europe (SAFE) initiative—an essential component of the EU’s Readiness 2030 plan—will not only bolster sovereignty and improve military capacity but also strategically place Canadian businesses in one of the world’s fastest-growing defence markets. Overseen by the European Union, this major defence procurement program offers significant financial support in seeking to improve the EU member states’ collective defence capabilities.

By lending up to $244 billion to EU member states for massive defence projects, including the acquisition of essential equipment like infantry weapons, artillery systems, missiles, ammunition, and drones, SAFE opens up billions of dollars in new military opportunities for Canadian businesses, as announced in December 2025 by Prime Minister Mark Carney. As all 27 EU member states increase defence investments, increased procurement cooperation creates significant new opportunities for Canadian manufacturers to develop and market Canadian-made technologies and capabilities.

As EU nations bolster their defence capabilities through SAFE, Canada’s involvement will expand its defence industry’s access to the European market, draw in new, dependable suppliers for the Canadian Armed Forces, and spur significant private investment in Canada, resulting in higher-paying jobs, expanding Canadian industries, and strengthening transatlantic defence readiness.

The new Defence Investment Agency, which will eliminate red tape, centralize evaluation and clearance, and increase industrial capacity, will make it easier for Canada to participate in SAFE.

Canada’s participation in the SAFE initiative marks the first non-European nation to have preferred access to the program, a historic milestone and alliance anticipated to greatly enhance the country’s military capabilities. Compared to the previous 35 percent threshold for non-EU nations, Canadian companies can now access up to 80 percent of the total value of procurements under the SAFE initiative, which is also expected to open up significant defence-related prospects for Canadian firms.

In return, a percentage of the value that Canadian companies receive from their contracts will be given by the Canadian government to boost Ukraine’s defence sector, according to the Government of Canada.

Canada’s involvement is crucial as the government works to “rebuild, rearm, and reinvest” in the Canadian Armed Forces and guarantee soldiers have access to cutting-edge technology when they need it, affirms Alwin Marshall-Squire of GTA Weekly. Canada’s long-term plan to increase domestic manufacturing capacity is also reflected in the pact, and it’s anticipated that Canadian manufacturers will gain from more access to European contracts, new supply chain alliances, and more foreign investment in Canada’s defence industry as SAFE member nations develop new capabilities.

The SAFE agreement has the potential to change prospects for Canadian industry while bolstering NATO-aligned capability development, since European defence expenditure is predicted to increase significantly under Readiness 2030, leveraging up to $1.3 trillion CAD.

Ottawa is wagering that supporting Europe’s rearmament initiative might help Canadian defence companies diversify away from the U.S. and open up new export markets, according to Sam Forster of Canadian Affairs. Participating EU countries conduct competitive procurement procedures among qualified vendors to satisfy particular capability requirements after the European Commission authorizes SAFE financing. Industry in Canada is prepared to take advantage of the situation, with approximately 11 percent of Canada’s defence exports already reaching Europe, and tens of millions of dollars’ worth of military hardware being sent to nations like France, Germany, Italy, and Romania.

While Canada will require a well-defined and coordinated strategy to guarantee businesses can effectively participate as they will face off against the “national champions” of Europe, Canadian companies are most likely to be “part of the supply chain” for significant European procurement projects, especially in multinational initiatives where intricate parts and subsystems are procured internationally.

Forster also states that Canadian companies may be particularly well-positioned in several sectors, including dual-use technologies like quantum computing, machine learning, and artificial intelligence, as well as skills in command-and-control, intelligence systems, and aerospace simulation and training technology.

Ultimately, however, the initiative might not do much to separate Canada from the United States, even if SAFE payments do go to Canada. Since many of Canada’s biggest defence contractors are Canadian subsidiaries of American companies, corporate control, intellectual property, and some supply-chain decisions usually belong to the American parent. In the past, this integration has given Canadian businesses easy access to the American market, but it also restricts Canada’s ability to completely separate its defence sector from the American economy.

With all 27 EU countries simultaneously expanding their defence investments, the European market is about to enter a phase of fast expansion that Canada has never before experienced, says The Canadian Labour and Staffing Journal. Canadian companies will see a significantly different industrial cycle concerning the job market, creating a continental market with long-term contract horizons and predictable investment schedules, which in turn will motivate firms to commit to multi-year employment plans, expand production lines, and boost research capacity. Subsequently, there will be a greater need for engineers, project managers, machinists, quality assurance personnel, and technical specialists in industries including precision manufacturing, aerospace, sophisticated materials, robotics, and cyber technologies.

These positions, concentrated in the provinces of Quebec and Ontario, and portions of Atlantic Canada that already house defence concentrations, are usually highly compensated and will probably be enhanced by SAFE. But the effects go far beyond major defence producers; stronger domestic supply networks are necessary to increase manufacturing for European partners, with orders for transportation, electronics, metal fabrication, and specialist logistics companies potentially rising as Canadian contractors increase production. The need for workers in these upstream industries frequently spreads throughout communities, growing the requirement for trades like welders, mechanics, industrial electricians, and CNC operators, and frequently generating new apprenticeship possibilities.

The SAFE policy mechanism has an impact on labour outcomes as well. To expedite approvals and assist businesses in navigating opportunities, Canada’s Defence Investment Agency will reduce administrative friction and move the hiring cycles more quickly, helping companies to start hiring earlier when their pipelines to large contracts are more evident, particularly for specialized positions that need lengthy onboarding processes. The agency’s role in luring European suppliers to establish operations in Canada may also lead to technology transfers, joint ventures, and new facilities, all of which have employment needs of their own.

In order to bridge capability gaps, European governments are adopting new technology at a rapid pace, and these new technologies, new production standards, and sometimes new security and compliance procedures will all require training for Canadian workers, adds The Canadian Labour and Staffing Journal. While there is much possibility, there is also much pressure to improve skills, meaning businesses that already struggle with a lack of skilled engineers and advanced manufacturers may have to rely on faster training programs or foreign hiring.

A further layer of potential change is the possibility for European defence investment to return to Canada. Local labour demand becomes more stable and diverse when international partners invest in infrastructure, R&D, and production capacities, and younger people frequently find new career paths as a result of this kind of inward investment, especially in technical disciplines that Canadian grads have not historically prioritized. Additionally, it supports more widespread job growth across regions by fortifying the subcontractor ecology.

When manufacturing increases, the defence supply chain needs a consistent stream of contract and temporary workers in addition to highly specialized skill profiles, particularly in the industrial and engineering verticals, where SAFE is expected to raise demand for both short-term project hiring and permanent placements. Agencies that can develop pipelines in the trades, find security-cleared people, and assist customers through quick scaling phases will have a competitive edge.

Joining SAFE is not only an important and exciting milestone for Canada; it also puts Canadian workers at the heart of a historic rearmament cycle and links the nation to a significant global procurement engine. Although the industry faces some upcoming challenges, the opportunities are enormous.

When it comes to advantages for Canadian manufacturers, Canadian businesses will be able to extend their reach by gaining access to one of the defence markets with the fastest rates of growth in the world. As businesses increase production to fulfill defence requirements, the effort is anticipated to generate additional jobs within the Canadian manufacturing sector, a collaboration that will likely draw defence investments from Europe to Canada, further strengthening the country’s sector.

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Relatively small, especially compared to its competitors, Mallard Creek Polymers continues to grow its size and presence by prioritizing innovation and relationships, both of which serve to advance the performance, the culture, and the output of the company in the best interests of its customers, its people, and the environment.

Innovative at its core
Innovation is the continued implementation of new ideas, approaches, and products that serve to institute practical improvements and tangible benefits, and it is at the core of how Mallard Creek Polymers operates as a customer-centric partner that specializes in customization.

“Because we are so close to customers, we get a lot of opportunities to work on innovation and having more than one chemistry just creates an even deeper customer relationship, a more intense customer relationship, because they can come to us for different needs,” Markus Bieber, Director of Sales and Marketing, says of the company’s innovation strategy, which always starts with the customer and their needs.

As the company’s website states, “From small custom batches to large-scale orders, we design our processes around your requirements. Whether you’re seeking a novel formulation or refining a product line, we deliver with agility and precision.” This means wherever the polymer plays, so too does Mallard Creek, across numerous sectors. From construction, nonwovens, and adhesives to textiles, printing and packaging, paper, paints and coatings, it is remarkable how far reaching the work of the company is and the impacts it has on the everyday commodities we take for granted.

Growing its footprint and impact
With the ability to sustain such a broad range of products and applications, Mallard Creek Polymers seeks to understand the application inherently in order to provide the best possible solution for the customer. Through continued investment, an empowering culture, and expanded capabilities, the company’s customer-centric approach yields quality and sustainability, all while raising the bar for performance and what it means to be a true market leader in a sector that is undergoing transformational change.

As it stands, the polymer market is experiencing consolidation and pullbacks as larger operators are reducing their global footprints due to overcapacity. Mallard Creek Polymers, however, is doing the opposite: it is actively growing and doubling down on its commitment to sustainability.

“Closing locations, shutting down plants—they’re not able to run at the capacities they need to operate efficiently, or they have other market challenges that they simply can’t support, so from our standpoint, we view this as an opportunity,” explains Bieber.

Given the history and evolution of Mallard Creek Polymers, there is an inherent advantage in the fact that throughout its growth it has absorbed the trade secrets and intellectual property of five serious players in the market, expanding the knowledge base, technology, and expertise customers have come to rely on.

First established as a manufacturing facility by Drake Chemical Company in Charlotte, North Carolina, ownership changed hands several times before it took its current iteration in 1995 as a privately held company under the ownership of Parekh Capital Group. Renamed for the road on which it is located, the company’s specialty included the manufacture and sale of styrene-butadiene emulsion polymers, though it has since expanded into styrene acrylic and acrylic markets.

In 2018, the purchase of Ecronova Polymer GmbH in Germany, which was then established as a wholly owned subsidiary, MCP Europe GmbH, solidified the company’s presence in Europe, a strategic acquisition that has strengthened its global market position. And, further to working with partners in Europe and Asia to expand its capacity internationally, major investments have been made on the domestic front in a large warehouse distribution center as well as other strategic investments in capacity to increase volumes and output in key markets and chemistries.

Bieber notes of the Charlotte investment, “We added additional capacity which allows us to produce much larger volumes of acrylics than what we had previously been able to do. That is a focus market for us because acrylics is the largest portion of the overall polymer market that we service.”

Added capacity, added value
As a chemical manufacturer, both quality and performance start with safety, which includes people and the environment both in terms of the products manufactured and the processes employed. From research and developing to testing, the team works closely with its customers every step of the way to produce water-based polymers that satisfy the application and do so with the best interests of people and the planet at heart.

“If you look at our chemistry, we are providing water-based chemistry to the industry, and water-based polymers inherently are more sustainable than solvent-based polymers,” explains CEO, Konrad Wernthaler.

From Bieber’s perspective, “We are very much focused on being a high value supplier to our customers. If you’re supplying a commodity item that they can get from four different places, then it all just comes down to price and that’s not an area that we really want to play in because we don’t feel like we’re adding any value there.”

Instead, the goal is always to “do more,” and nowhere is this more evident than in the company’s work in Europe, where regulations are forcing customers to adopt more sustainable products and practices, which is where Mallard Creek Polymers comes in.

“We’re working on incorporating raw materials that come from nature—not oil or gas-based, but natural. I see that as a good strategy for us to continue to grow because we see demand for this in Europe. Customers are looking for it and we’d like to have more sustainable content in the product as much as we can at a decent price,” says Wernthaler of the ability to meet this goal without compromising quality and performance.

A better way forward
From the chemistries it devises to the processes it employs, Mallard Creek Polymers is a company that people want to work with and work for. The team is proud of both the performance of the products, but also the positive impact they have on the market and the environment. As Wernthaler notes, “Every employee knows why they’re here and every employee knows what they contribute, and that leads to an intrinsic motivation where people just show up,” he says.

“You feel like you’re needed; because of that, you’re motivated and because of that, you want to do your job and do a good job. It’s kind of a circle of value that you as a person bring and you immediately have the feedback that you’re bringing value,” he adds of the reinforcing cycle that the company continues to foster.

Achieving this level of success is not without its challenges, regardless of how easy Mallard Creek Polymers makes it seem. Not immune from the impacts of geopolitics and market forces beyond its control such as the pandemic, tariffs, and the ongoing war with Iran, the company’s market position and continued investment will insulate it from the storm.

While the market shifts, Mallard Creek Polymers will remain steadfast in its goals, which include remaining customer-centric, elevating its performance, and maintaining its commitment to sustainability to establish new benchmarks for the industry and for the world.

“There’s a lot more to be done,” comments Wernthaler. “We want to participate and contribute, and we do know that Mallard Creek alone will not solve all the problems.” But this company continues to do its part to be the change it hopes to see in the world, one chemistry at a time.

The post Innovation for Performance, People, and the Environment<p class="company">Mallard Creek Polymers</p> appeared first on Manufacturing In Focus.

The company’s products are popular for good reason. Inspired by Toyota’s lean manufacturing principles, which eliminate waste to optimize end-user benefit, Southland Trailers’ heavy industrial and livestock trailers run as far afield as Russia, Hawaii, and Australia, with dealers across Canada and the United States.

In an industry that is not necessarily known for being on the cutting edge, Southland Trailers is a thought leader known for pushing the limits of trailer engineering. Owners Jason, Ryan, and Scott Sailer are passionate about driving evolution and always being available to their team and customers. Scott Sailer is open about the company’s position on industry evolution. “The understanding of what a trailer is needs to change. We’re trying to change the perception of what a trailer should do,” he says.

What makes Southland’s products so special? The secret to its next-generation trailers is deceptively simple. By recognizing the waste of fuel and steel in outdated traditional trailers on the end-user’s side, the company’s engineering team has modernized its durable, high-performance trailer units in ways that competitors have been unable to match. Southland is therefore actively revolutionizing how people perceive trailers by building products that are significantly lighter than traditional trailers, yet every bit as strong and durable.

If it is not yet clear, Southland Trailers is by no means just another industrial fabricator. The company fulfils its mission with a refreshingly advanced approach to creative freedom, focus, and fun—a rare combination in a tough industry. While minimizing waste and the use of materials in its products, its design ethos relies on built-in strength and durability by maintaining high-level efficiency and non-negotiable quality.

One case in point is its engineered sill design, Southland’s most game-changing feature to date. “We’ve built, I believe, the best dump trailer in the market. We’ve had every competitor basically try to copy it. Most have failed because they didn’t copy it properly and didn’t do things properly,” says Scott Sailer, Director of Operations. And as expected, this next-generation innovation has been selling itself.

“The key is that this one can haul more, and you’re going to make more money with our [trailers]. You’re going to put more money in your pocket because you’re going to be pulling a lighter trailer, which is more fuel-efficient for you,” Sailer says of the efficiencies these trailers provide. And the benefits do not end there. “You’re going to be able to put more product into that trailer because it’s lighter, so you can put more onto the axles,” he adds.

The weight allowance on axles after the trailer weight is subtracted can limit transportation volumes when employing old-fashioned, heavy trailers. That means that Southland allows for larger haulage volumes and better earnings and returns on investment.

The company even takes its paint finishes seriously. In using liquid paint instead of powder coating, as it is easier to maintain and repair, electrostatic paint booths prevent waste by drawing paint directly onto the metal, without the tremendous waste typical of old-fashioned methods. These are just a few of the ways in which Southland Trailers is committed to delivering better quality and value in every way possible.

As the largest employer in Lethbridge, Alberta, Southland’s outstanding professionals have more to do with its success than most may realize. Growing from a team of 70 a decade ago to a team of 600 today is no small feat, and the company is continuing to hire. And, if it is no ordinary fabricator, it is certainly no ordinary workplace, either.

With an ownership team whose acute understanding of creativity allows for all employees to contribute, the company’s approach continues to reap astounding results that have secured its reputation for excellence for the long haul. As such, the team is proud of the millions of dollars it has invested in its local Alberta communities thanks to its success.

It also does its best to be environmentally responsible wherever possible, with sustainability efforts including recycling materials like plastic, cardboard, aluminum, and steel. “I do wish there were better programs within Canada to help recycle cardboard and plastics and better facilities to take it away,” Sailer shares. “There are definitely some roadblocks getting that material taken out of our facility once it’s all banded up, but we’re trying to do our part, that’s for sure.”

The company was founded by Sailer’s parents, Shelly and Monty, in 1980. Their three sons worked their way up from the bottom, changing brakes, working on axles, driving forklifts, and selling trailers. When the time eventually came for the next generation to take the business over, around 2008, the pair were initially concerned about the large changes the siblings started implementing. From improving production flows to changing the building’s layout, it took some serious courage on their part to give the youngsters the space they needed to take the company to the next level. Their patience and trust paid off in a big way.

As business goes, taking the company their parents built over many years to the next level was not without its challenges. But Jason, Ryan, and Scott persevered, growing their leadership skills alongside the company. Today, Southland Trailers has a work environment that is every bit as lively and positive as the Sailer brothers themselves.

They have created a high-energy spirit in their facility, complete with large sound systems and the team’s favourite music setting the pace. Always forward-thinking, the company has proven that a four-day work week can be every bit as beneficial to its bottom line as a five-day work week—if not more so—so its weekly fabrication schedule runs from Monday to Thursday from 6 a.m. to 4:30 p.m., with an occasional Friday as needed to wrap up large projects.

Other incentives abound, including on-site cafeterias and top-end health and wellness benefits. Social gatherings are also common, with people having the option to join the social club. Sometimes families are included, and other times it is just the Southlanders bowling, eating pizza, and having a few beers and laughs together.

This strong sense of camaraderie is what gives the team its strength to build BHAGs (big, hairy, audacious goals, in case you were wondering). Around 2014, the group committed to start working toward expanding its output from 800 to 1000 trailers annually to 25,000 units per year. Now that goal is in sight, with the company rolling out around 15,000 trailers last year.

To ensure that it secures the workforce needed to continue scaling, the company goes out of its way to show youngsters that fabrication is not the dingy, sweaty nightmare it was in the previous century. Beyond working in considerably improved facilities, earnings are high and people are empowered to share their points of view and ideas. The company has seen a tremendously positive response to its efforts. “We just built a weld shop for the high school here in town, and they had over 100 students already sign up to come into the welding program to learn how to weld,” Sailer tells us.

Such students are typically also free to weld at Southland’s facility to get a feel for the job. Because, while technology has allowed the company to scale, it has by no means taken jobs from people. On the contrary. As Sailer puts it, “the robots need to be fed.”

The outcome of this is that Southland employs four new people for every robot it installs—a far cry from the general perception of what happens following the arrival of high-tech resources in fabrication facilities. A decade ago, when its first robots arrived, there was nobody available locally to program them. Creative as ever, its leadership invited all lovers of video games in its ranks to join the programming training. And they did.

Since then, the company has not looked back. Today, it employs around a dozen top-notch robotics technicians as a result of that first initiative. These machines run on Intuitive software, while Aratum is harnessed for enterprise resource planning. And as the team investigates how best to integrate AI, Sailer is clear on the fact that it, too, will not be replacing people. “Is it going to replace everybody and eliminate all these jobs? No, I think it’s going to buckle up right beside them and help them,” he confirms, highlighting that the added support can only further improve efficiency and, ultimately, customer satisfaction.

What is also clear is that this leader adores his team. “Without them, we wouldn’t be able to do anything,” he says, highlighting the sincerity with which each team member is welcomed into the family.

Looking at its immediate future, Sailer is clear on the company’s commitment to maintaining a genuine relationship with every customer. There are certainly no plans of selling out, either. Instead, maintaining vertical integration and steady growth toward its 25,000-unit goal is where its motivation remains for now. In the meantime, its team of around 15 creative engineers continues coming up with product improvements while driving innovation. They lead with autonomy, lateral thinking, and a quintessentially free approach to hatching Southland Trailers’ next great industry disruptor.

The post Built Lean, Built Strong<p class="company">Southland Trailers</p> appeared first on Manufacturing In Focus.

As an industry leader with over four decades of expertise, there is nothing box standard about Flint Packaging Products, Ltd. or its services. The company offers customers “the full package.” Known for its tight lead times, Flint has established a gutsy service niche for itself, serving markets ranging from e-commerce and vitamins to building materials and food. Part of the company’s appeal is a standard lead time of two to three days on fabrication and 24 to 48 hours on ready inventory delivery, offerings which have significantly increased its market presence over the past 11 years.

The company’s well-planned, strategic growth period, spanning from the time the current owner took over from his father in 1999, has brought the company to six times its initial size. During this scaling, it also grew from one to seven managers. Naturally, there are many moving parts to any expansion and, as any business owner knows only too well, scaling in increments comes with a range of unique challenges, especially when moving between facilities. The Flint team handled this time with characteristic fortitude while its management ensured that everyone had the training they needed to flourish.

The outcome has been high-level efficiency out of a recently opened 150,000-square-foot facility in Toronto. In a company where cross-training is essential to success, quick turnaround times and daily deliveries upon request enable customers to save on storage space while still opting for quality packaging that arrives on time and within budget, and this efficiency was achieved by refining processes and workflows, employing the right people, and investing in relevant technology—not to mention a can-do attitude.

All considered, it isn’t surprising to hear that Flint Packaging Products is considered a trusted business partner known for running an outstanding outfit. After 40 years in packaging, General Manager Rick Carlson knows every aspect of the industry and the business. He ascribes the company’s high customer retention rate to its relentless focus on excellence. “We’ve very ethically supported all of our clients. We look at them as business partners—making them successful is our goal,” he says.

As all good news does, word of the company’s commitment spreads so fast that new clients tend to find the company through the grapevine. Naturally, none of Flint’s success would be possible without the people behind the scenes who make the company the leader it has become. “We’re very proud of our team. They’re very focused and invested in what we’re doing,” Carlson continues.

The company focuses on more than just its business success, however. As part of its commitment to its staff members and local communities, Flint Packaging Products has supported charities championing the fight against cancer as well as other causes over the years.

Ever the solutions provider, the company provides its customers with a selection of possibilities, with products ranging from traditional, slotted cardboard boxes to custom die cuts that enable it to provide custom, multi-shaped packaging inserts for holding products in place within larger paper containers.

This point of difference is well-considered; while larger firms with bigger facilities are impossible to compete with on price alone, their lack of nimbleness due to their size leaves a significant gap in the market for an efficient company that honours its word, especially in high-pressure, high-stakes situations. This would not be possible to achieve without the considerable amount of heart and commitment this team puts into helping customers thrive.

While many firms offer stock and release inventory services, it is the precision with which Flint Packaging runs its customers’ packaging flows that takes its offering to the next level—particularly for busy food suppliers with limited spaces, for whom a range of variables makes adaptability and regular delivery crucial. “That’s where our reliability of on-time delivery is exceptional,” says Carlson.

Moreover, the company mitigates the high-pressure aspects of what, admittedly, can be a challenging business model at times with outstanding processes and efficiencies. Any system or process issues are treated judiciously and effectively by deploying teams of dedicated problem solvers, following tried-and-tested protocols, preventing issues from escalating, and maintaining process flow.

All activities are supported by custom technologies integrated with a standard software package. To this end, the company plans on continuous investments in technology. Once the essential aspects of the programming process are sufficiently established to ensure seamless scaling of the business, AI will be rolled out to further develop its systems and support operations.

As a result, compared to standard plants of a similar size, Flint is well established in process technology and automation. One example is a recently acquired robotic arm used in the automation of large box fabrication and stacking. Other new technologies enable processes like automated feeding, alongside other functions. Flint Packaging Products also goes to great lengths to maintain environmental integrity. This is achieved by respecting resources, recycling, and reusing wherever possible, including baling paper production waste for repulping at the mills of origin.

At home in its new, much larger facility, two large machines now do the team proud, making the battle to achieve this growth phase all worth the effort. “Everybody here is extremely committed to our end goals and our vision. Everybody here holds each other accountable. We know how to disagree,” says Carlson, underscoring the team’s commitment to pursuing the same results in a positive manner.

Through this focus on maintaining a healthy environment while also maintaining targets, continuous personal and professional development drives real benefits, such as strong staff retention and good morale. Together with solid, knowledgeable management, these assets are supporting Flint Packaging’s next big goal: to double its most recent figures over the next three and a half years. To achieve this gargantuan task, the company’s commitment to assisting its customers in working smarter and becoming more efficient while outperforming competitors is now more focused than ever.

Flint also remains acutely cognizant of economic markets, the challenges these pose to its customers, and the role it can play in helping them grow while maintaining equilibrium. As it serves multiple markets, the company is well hedged against inevitable economic fluctuations and other industry curveballs.

Therefore, as property prices soar across Canada, making expansion prohibitively expensive for many businesses, the demand for Flint’s services only continues to rise. And so, Flint remains committed to its mission, as Carlson confirms. “I believe that supporting businesses with reliable on-time solutions that will allow them to run their business without having an exorbitant amount of inventory certainly helps,” he says.

This customer-first philosophy, combined with strategic investments in technology, operational excellence, and a highly engaged workforce, has positioned Flint as far more than a packaging supplier. As manufacturers and distributors face increasing pressure to operate efficiently in a rapidly evolving marketplace, Flint continues to serve as a trusted partner, delivering the reliability, flexibility, and expertise its customers need to succeed. With ambitious growth plans, a strong foundation, and an unwavering commitment to service, the company is well equipped to build on its legacy of success for decades to come.

The post Turning the Tables on Packaging Timelines<p class="company">FLiNT Packaging Products</p> appeared first on Manufacturing In Focus.

After 115 years of helping to connect Canadians by forging premium, mission-critical transmission, distribution, and communication infrastructure and hardware, Slacan Industries Inc. has built a fine reputation for excellence and trustworthiness. The company has achieved this through commitment, reliability, tight quality control, and in-house fabrication, producing even its smallest parts in its own facility.

Standing apart
Here, product longevity and resilience guide a daily mission to be Canada’s best in its industry. As a result, continuous investment in technology has brought Slacan’s count of next-generation machinery to 10 units—and that number is growing. During a recent visit of around 20 engineers, all from a prospective client company, the company’s value proposition once again became as clear as ever. The longevity of its products and its capabilities speak for themselves.

Slacan Industries is not only known for service and hardware excellence, however. The company is also the proud owner of a vast cache of historic dies and hardware worth a few million dollars, which it maintains to continue servicing older infrastructure. In the process, the team serves most of Canada’s largest utility providers through distribution partners; some have been customers for the past half-century, while another giant served by Slacan is Bell, one of Canada’s leading telecommunications providers. And with in-house processes including Steel Forging, Hot & Cold Stampings, and Casting, among others, the team is able to serve a variety of other markets as well, including OEM, Agricultural, and Mining.

The company is in fact so robust in its capabilities that it asks clients removing spent parts from their old infrastructure—anywhere from 30 to 70 years old—to return worn parts to Slacan’s factory for in-depth study and further product development and improvement. With fully-fledged engineering design and product engineering teams, the company takes both pride and pleasure in improving on earlier designs, and with a collection of around 30,000 products, it receives requests to reproduce about 10,000 of these annually.

While it is common amongst competitors to source raw materials, engineering, and fabrication from foreign suppliers, Slacan is proud to source most of its raw materials for forging on Canadian soil. Because here, price and product are not the only important considerations. Slacan’s legacy, quality, generational knowledge, and product guarantees are as much a part of its value proposition as its engineering prowess, and these attributes are not necessarily the case when working with offshore facilities.

Service above all
Located in a 200,000-square-foot facility on a 14-acre property in Brantford, Ontario, with both Toronto, Ontario and Buffalo, New York just 70 miles away, Slacan Industries is perfectly situated to serve customers across an impressive footprint. Serving the breadth of Canada from coast to coast, its superpower resides in having developed the foundational elements of many of these service providers’ hardware components itself.

Trading in this industry at such a high level is an expensive endeavour, however, as many of the tools needed to maintain such lines cost in the region of $30,000 to $40,000. For this reason, Slacan historically outsourced its large tooling while making its own smaller tools. But that recently changed when it invested in acquiring the appropriate equipment to become self-sufficient in all its tooling needs. Now, when customers call in with the name of a broken line under its care, replacing old hardware with new hardware—no matter how long ago it was installed—has become significantly easier.

Once, when a client called in to request repairs on towers that collapsed under six inches of ice during an extreme weather event, the team was able to go back to its records, find the original part designs, and then locate the dies in its die store. “They had helicopters landing on our 14 acres here to pick up parts because they were so desperate. There was no power there at all,” shares Director of Sales and Marketing, Tom Lepera. “We’re not just here to sell; we’re more of a partner. We take the good with the bad,” he adds, describing the company’s approach to loyalty.

Lepera notes that some clients arrive with requests for small-volume, high-cost component fabrication. Fulfilling such orders is expensive, but the company takes the work on anyway, even when it takes four to five hours to set up the machines needed to fabricate the parts. This is just one way in which it demonstrates its commitment to its customers’ success.

A top team
Of course, none of this would be possible without the people behind its success. “We have a tremendous amount of respect for our people as we realize how hard they work in our factory, especially as temperatures get hot and they are working in a very hot forging environment with very heavy steel parts,” Lepera says. For this reason, the company has invested in exoskeletons to minimize physical fatigue for team members stationed at its forging hammers. As this is a heavy and laborious industry, Slacan ensures that the team’s health and safety are protected as much as possible in the workplace by maintaining high standards.

It also honours legacy staff. To this end, the company took the opportunity to invite a number of former team members who had been retired for some time on a tour to show them its latest transformation. Most of them had started working for the company 50 years before the major overhaul, which, of course, now includes extensive automation and robotics.

“It was thanks to them as the pioneers that led the way to perfecting the quality and operation of our processes that led us to build what we have today,” Lepera says, noting how much the company’s owner also appreciated the letter of thanks that followed their visit.

The road ahead
With roads and other infrastructure being installed to service Canada’s Ring of Fire, the famous mineral-rich area in James Bay’s lowlands of Northern Ontario, Slacan will be providing poleline hardware to which it also holds the patents.

Moreover, as the demand for utilities drives U.S. companies to reach out to poleline hardware fabricators in Canada, Slacan Industries is ready to expand its presence across the border. Currently, the projected expansion includes a possible new fabrication facility in the Chicagoland area. The strategy will allow for U.S.-made products alongside its existing Canadian-made ranges to serve a wider audience.

The time is ripe for such expansion; the past few years have seen Slacan making significant capital investments, bringing its collection of large, updated automation machines to about 10. Preparing for the inevitable has meant tripling its capacity over the past half-decade and securing supply chains.

“We will continue to make huge investments in equipment and people as well as alternate facilities to support our growth in both Canada and the USA,” Lepera tells us. “There is and will continue to be huge projects across North America in the next 15 years with electrical infrastructure of 340KV to 765KV, which will put massive demand on all products associated with transmission towers and our high-quality hardware,” he continues. Such Extra-High Voltage (EHV) infrastructure is responsible for minimal energy loss when transmitting large volumes of electricity over impressive expanses of land.

By positioning itself as a high-quality engineer and fabricator serving the critical utilities market across the United States and Canada, Slacan Industries is committed to remaining relevant in the high-voltage market over the next century. Once prospective customers visit its facilities and understand the level of long-term quality and top safety standards its products provide, any quibbling about price goes out the window. And a new customer walks in the door.

The post Forging Bonds: Hardware Solutions for Canada and the United States<p class="company">SLACAN Industries Inc.</p> appeared first on Manufacturing In Focus.

The event brought together manufacturers, integrators, and technology leaders to explore advancements in automation, robotics, and digital manufacturing. During the show, Bossard demonstrated how connected assembly solutions can help manufacturers improve efficiency, enhance quality, and increase visibility across production operations.

Addressing evolving assembly demands

As OEMs continue to navigate challenges such as paper-based work instructions, extended training cycles, high-mix production environments, and quality variability, Bossard’s exhibit focused on how digital, guided assembly approaches can support more consistent and adaptable operations.

“If you can’t control the process, you can’t control the outcome,” said Steve Prostinak, New Business Development Manager for Bossard Americas. “At Automate, we showed how guided assembly and connected tools can help standardize work, reduce errors, and provide greater transparency into what’s happening on the line.”

Hands-on technology experience

Visitors to Booth #34008 experienced live demonstrations of Bossard’s Smart Factory Assembly system, including IoT-enabled tools with integrated digital torque control designed to support traceable assembly processes. The setup illustrated how connected workstations can integrate with robotics, smart cameras, and automated production environments.

The booth also featured interactive stations highlighting:

• Smart Factory Assembly – Digital, step-by-step work instructions aimed at improving accuracy, consistency, and onboarding efficiency
• Smart Factory Logistics – A connected, AI-supported inventory management approach designed to help ensure component availability
• Build Your Own SWAG – A hands-on activity offering a practical look at guided assembly concepts in action

Throughout the event, Bossard specialists engaged with attendees on topics including kitting and assembly solutions, engineering support, and IoT-enabled tool integration, with a focus on traceability, quality control, and continuous improvement. Bossard’s participation at Automate 2026 reflected its continued focus on supporting manufacturers as they adapt to increasing complexity in assembly and supply chain operations.

Missed us at Automate?

Manufacturers who were unable to attend Automate 2026 can still explore Bossard’s Smart Factory approach by visiting www.bossard.com or connecting with a regional expert to learn how connected assembly and logistics solutions are being applied to improve efficiency, visibility, and quality across production environments.

About Bossard

Bossard is a leading provider of industrial fastening and assembly solutions, offering over one million products to OEM customers worldwide. With nearly 200 years of engineering expertise, Bossard supports customers in optimizing production processes and improving operational efficiency. The company employs more than 3,300 people across 33 countries. Visit www.bossard.com.

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GM is no stranger to defense. It has been involved since World War I, when it pivoted its manufacturing facilities to produce vehicles, engines, aircraft, and ammunition for the war efforts.

The arrangement comes in the wake of President Trump invoking the voluntary agreement provision under the Defense Production Act, which allows the federal government to work with companies “to help provide for the national defense.” The Department of Defense backed the deal.

Together, the two companies will combine expertise, Lockheed’s defense production capacity, and GM Defense’s advanced industrial capabilities and higher production rates in commercial manufacturing and engineering, though plans have yet to be fully disclosed. Over the coming weeks, the companies are expected to identify initial projects to pursue to meet the growing demand for increased production capacity in the defense supply chain. The goal is to accelerate production capacity while maintaining quality and performance standards that meet the needs of the sector.

“America’s security depends not only on developing advanced technologies, but on our ability to produce them quickly, reliably and at scale,” Lockheed COO Frank St. John said in a statement.

Voluntary agreements like these are a way for the Department of Defense to work with the industry to address specific pain points by bringing industry expertise together to solve them in an open and competitive way. More voluntary agreements are expected as the demand for weapons continues to grow.

The post GM, Lockheed Martin establish defense manufacturing collaborative<p class="company"></p> appeared first on Manufacturing In Focus.

The merger will increase scale, scope, and chlorine flexibility that will drive value “across markets and cycles,” according to a joint press release, combining Olin’s manufacturing and feedstock capabilities with Huntsman’s downstream products to better scale with its customers across the value chain.

The new operation will leverage lower-cost producer economics for improved profitability and opportunities that would not have been possible on their own. Together, the companies have identified over $400 million in savings and increased efficiencies through the merger, which includes $300 million in potential savings in the first two years and another $100 million of raw material integration benefits down the road.

Once the merger is closed, OlinHuntsman will reshuffle its leadership team with Olin’s Ken Lane serving as CEO and Peter Huntsman serving as the non-executive Chairman of the company’s board of directors. Huntsman CFO Phil Lister will serve in the same role for the combined company and Olin CFO Todd Slater will serve as Chief Integration Officer.

The post Olin, Huntsman to form $12B chemical giant<p class="company"></p> appeared first on Manufacturing In Focus.

The plant is currently under construction and is expected to be fully operational by 2028. The facility is part of a previous plan to invest $55 billion in its U.S. manufacturing footprint, R&D capacity, and technology across its drug and device segments through 2029. The plan was to build four new manufacturing plants as well as expand existing sites to increase capacity to make medicines and medical devices in the U.S.

The Jacksonville investment will further support the construction of a distribution facility as well as the installation of manufacturing and packaging technologies that will strengthen the company’s supply chain.

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