Why the Smallest Components Have the Biggest Impact

The Parts That Keep Everything Moving – In bulk material handling, the biggest investments tend to get the most attention. New systems, major installs, and large-scale upgrades are often what define a project.

But day to day performance does not come down to the largest piece of equipment. It comes down to the components that handle the most wear – chutes, hoppers and wear liners. These are the parts that take the impact, manage the flow, and keep operations running. And over time, they are the parts that quietly wear out.

Wear Is Not a Surprise. Downtime Shouldn’t Be Either – In high-volume environments, wear is expected. Material is constantly moving, dropping, sliding, and impacting surfaces that were designed to take that abuse. Wear liners are often the first line of defense. They protect structural components and extend the life of your equipment. But once they begin to fail, the damage does not stay isolated. It spreads quickly, leading to more extensive repairs and unplanned downtime. Chutes and hoppers tell a similar story. As they wear, material flow becomes less predictable; buildup increases, efficiency drops and small issues start to affect the entire system.  None of this happens overnight, but when it reaches a certain point, it becomes urgent.

It Is Not Always About Replacing the Whole System – When something goes wrong, it is easy to jump to the idea of a full system upgrade. In some cases, that is the right move. But often, the most effective solution is much more targeted like replacing a worn liner, rebuilding a chute or fabricating a new hopper that better matches how material actually behaves in your operation. These types of projects extend the life of existing systems, improve performance, and reduce the need for major capital investment. They are practical solutions that solve real problems without overcomplicating the process.

Built for the Reality of Your Operation – No two operations are exactly the same. Even facilities with similar layouts can face very different challenges based on the material they handle and how their systems have evolved over time. That is why replacement components need to be more than just a fit on paper. At BID Canada, we work with customers to understand how their systems are actually operating, where wear is occurring, and what improvements can be made. From there, we design and fabricate components that are built for those conditions.

Whether it is wear liners designed to last longer, chutes that improve flow and reduce buildup, or hoppers that feed more consistently, the goal is always the same: build something that performs in the real world.

Small Projects, same standard – We are often known for large, complex projects, but the reality is that the smaller components are what keep those systems running every day. That is why we approach smaller projects with the same level of attention and care. These projects may be smaller in scope, but their impact is significant. When done right, they improve reliability, reduce maintenance, and keep operations moving without interruption.

Ready When It Matters – Wear does not always happen on a schedule. Sometimes it is part of a planned maintenance cycle and other times, it becomes a priority faster than expected. Having a partner who can step in, understand the issue, and deliver a solution quickly makes all the difference.

Keeping It Moving – At the end of the day, material handling systems are only as strong as the components that support them. The large equipment may define the system, but it is the chutes, hoppers, and wear liners that keep everything moving.

Rethinking Mining in Canada: One of the Most Advanced Industries Powering Our Future

When many people hear the word mining, they picture something from the past: rough terrain, pickaxes, a legacy industry from another era. What often goes unnoticed is everything happening behind the scenes. Before minerals ever leave a site, they must be moved, transferred, processed, and handled safely and efficiently. The unseen infrastructure that keeps material flowing is just as critical as the extraction itself.

And that perception of mining as outdated? That’s just not reality.

Mining Is Not Old. It Is Foundational.

As our world becomes more digital and interconnected, the demand for mined materials continues to rise.

Canada is a global leader in producing:
– Nickel and cobalt for electric vehicle batteries
– Copper for electrification and grid expansion
– Potash for global food production
– Gold for electronics and financial systems
– Uranium for clean nuclear energy

Every smartphone, data center, renewable energy installation, and electric vehicle depends on materials that begin in the ground. There is no path to advanced manufacturing or clean energy without mining.

A High-Tech, High-Precision Industry
Modern mining operations are far from outdated. Today’s sites often include:
– Autonomous haul trucks
– Advanced geological modeling software
– Remote monitoring and automation
– Integrated safety and control systems
– Sophisticated material movement infrastructure

Mining is increasingly driven by data, engineering, and innovation. Efficiency, reliability, and safety are no longer optional.

Critical to the Energy Transition
The global shift toward electrification and decarbonization requires significantly more mined material, not less.

Consider this:
– Electric vehicles require substantially more mineral input than traditional vehicles
– Renewable energy systems rely heavily on copper, steel, and specialty minerals
– Battery storage solutions depend on lithium, nickel, and cobalt
As Canada positions itself as a leader in critical minerals and clean energy, mining sits at the center of that strategy.


The Canadian Impact
Mining plays a significant role in Canada’s economy, particularly in rural and northern communities. It supports long-term employment, infrastructure investment, Indigenous partnerships, and regional development.
Beyond economics, it contributes to global supply chain security at a time when reliable access to critical materials has become a strategic priority worldwide.

Looking Ahead
Mining is not an industry of the past. It is one of the industries building the future.
And while attention often focuses on what is extracted, equal importance lies in how material moves through a site safely, efficiently, and without interruption. From pit to plant to shipment, dependable material handling systems are fundamental to productivity and operational stability.

As technology advances and infrastructure modernizes, the importance of responsible, efficient mining and the systems that support it will only continue to grow.

The next time someone describes mining as outdated, it may be worth asking them to reconsider the role it plays in powering nearly every aspect of modern life.

Big Capabilities, Local Service

At our shop in Woodstock, New Brunswick, we’ve earned a reputation for building full-scale machines and industrial systems. But not every job that comes through our doors is massive.

While we’re proud of the big builds, we’ve also made sure to invest in the kind of equipment that allows us to take on smaller, one-off, or rush jobs. Whether it’s a custom bracket for a local HVAC contractor, a shaft repair for a farmer, or a replacement part for a fabricator on a tight timeline, we have the tools, and the team, to get it done.

Here’s a look at the machinery that allows us to serve both ends of the spectrum:

CNC 4-Axis Lathe with Live Tooling (80” Travel) This powerhouse is designed for complex, high-precision parts. We’ve used it to machine custom hydraulic cylinder ends, precision bushings, and multi-surface parts for local industry, all in one setup. It’s perfect for those tough jobs where accuracy and time matter.

CNC Mazak (40” x 20” Travel) This machine is ideal for mid-sized work that needs to be tight and repeatable. Mounting plates, adapter blocks, and fabricated components all get the same attention to detail, whether we’re making one or one hundred.

Boring Mill (70” in All Directions) Our boring mill handles large parts that need flatness, precise holes, or surface corrections. We’ve machined heavy-duty machine bases, re-faced flanges, and repaired gearbox housings, all without sending anything out of province.

Manual Lathe (144” Travel) When someone walks in with a bent shaft or needs a fast thread repair, this is the workhorse that keeps their operation running. We’ve done everything from long auger repairs to custom roller builds.

Why It Matters for Local Business We know what it’s like to be in a pinch, a part breaks, a system needs adapting, or the original supplier is weeks out. That’s where we come in. We’re right here in Woodstock, and we can help you solve your problem without long waits, shipping delays, or cross-border uncertainty.

You don’t need a full system build to work with us. If you’ve got a job that needs machining, big or small, we’d be happy to take a look.

Reach out to dlawrence@bidcanadaltd.com to see how we can help!

Raising the bar in Manufacturing through Laser Precision

Big upgrade in the Woodstock shop! We now have a new laser tube cutting machine, and it is already making a huge difference in how product flows into and through our shop.

This new machine lets us cut metal tubing with a level of precision and flexibility that is hard to beat and adds additional capabilities that further enable downstream operational efficiency.  The tube laser handles all of the materials we used to process before but it is completely automated in its operation, using solid model files of finished tubes and beams to program its operation.  It is fast and accurate, and enhances our ability to support the needs of our customers as projects grow in scale and complexity.

 This addition strengthens several key parts of our process:

  • Cleaner, more accurate cuts that reduce the need for extra finishing work
  • The ability to handle long tube sections and heavy materials without fighting stability issues
  • Complex bevel and angle cutting for better fit up and easier welding
  • Improved material use, which can help reduce waste and cost

 

When jobs involve long or heavy tube sections or complex geometry, this capability brings precision and consistency that help everything fit together the way it should the first time.

Built for the Job: BID Canada Teams Up with SEW-EURODRIVE on Quebec Port Conveyor Project

At BID Canada, we understand that bulk material handling isn’t a one-size-fits-all job. That’s especially true at the port, where different materials demand different solutions. We’re currently working on a project for a port client in Quebec, supplying three custom belt conveyors, two designed for iron ore and one specifically for salt.

Each material poses its own challenges.

• Iron ore is dense and abrasive. The conveyors need to be built tough, with components that can handle high impact loads and keep moving under heavy stress.

• Salt, on the other hand, and the port’s marine environment, bring corrosion into the picture. It requires a different approach, more focus on protective coatings, material selection, and guarding against long-term wear in a harsh environment

Getting the drive systems dialed in for both applications was a critical step, and we teamed up with the crew at SEW-EURODRIVE Company of Canada Ltd. to make it happen.

During both the quoting and detailed engineering phases, we worked together to define what was needed, motor horsepower, output speed, service factor, environmental factors, and more. SEW’s engineers then designed custom drive arrangements for each conveyor that matched the specific demands of the material and the site.

With the specs confirmed and the designs in place, we moved forward with ordering three gear reducer/drive setups from SEW, each purpose-built for performance and durability.

Big thanks to the SEW team for their technical support and responsiveness throughout the process. It’s always great to work with partners who bring the same level of precision and reliability we promise our clients.

Ask a Conveyor Expert: What’s a common mistake people make when planning a Conveyor System?

Ask a Conveyor Expert: What’s a common mistake people make when planning a Conveyor System?

Featuring: Derek Lawrence, Sales Rep at BID Canada

When it comes to planning a material handling system, most people zero in on the conveyor itself—belt specs, capacity, incline, and how fast it can move product from A to B. But according to Derek Lawrence, Sales Rep at BID Canada, that’s just one piece of the puzzle. “The biggest mistake we see is customers focusing on the conveyor, but not what’s around it,” says Derek. “Access, transfer points, maintenance clearance, even how materials are fed onto the belt—those details can make or break a project.”

It’s About the Whole System, Not Just the Belt

A conveyor system doesn’t live in a vacuum. It interacts with equipment upstream and downstream. And it has to live inside your physical space—around support beams, electrical lines, operators, and safety walkways. “I’ve visited sites where everything looked perfect on paper, but when the equipment arrived, there wasn’t enough clearance to change out a bearing, or no safe way to inspect a chute,” Derek explains. “That’s where experience matters.”

What to Think About Early

Derek recommends considering these before you finalize a system layout:

  1. Will your team have safe, regular access for maintenance?
  2. Are your transfer points designed to reduce spillage and wear?
  3. Does your layout allow room for future equipment or extensions?
  4. Are you building around existing infrastructure that may cause a bottleneck?

Even something simple—like the direction of belt travel or the location of controls—can have a major impact on long-term usability.

We’re Here to Help You Think it Through

At BID, our team has designed and built custom material handling systems across mining, forestry, aggregates, and industrial sectors. We know what questions to ask—because we’ve seen what can go wrong. “We’d rather help you before a problem starts,” says Derek. “And we don’t just design conveyors—we design solutions that fit.”


💬 Got a challenge you’re working through?

Our experts are here to talk shop, offer input, or help you scope a project from the ground up.

📩 Ask us anything—we’ll get you moving.

Troy Whitman: Sales Pro by day, Hockey coach by night (and weekend)

Troy Whitman is a seasoned sales professional with over 20 years of experience in building relationships, solving challenges, and driving results. As a key part of the BID Canada team, Troy works closely with clients to deliver tailored solutions in the material handling industry. From belt conveyors to screws and bucket elevators, Troy’s expertise ensures that customers get the right products and support to keep their operations running smoothly.

Troy’s success stems from his ability to spot opportunities and stay ahead of industry trends. Certified by the Canadian Professional Sales Association (CPSA) and having completed Northwestern Kellogg’s Mastering Sales program, he brings a unique mix of formal training and hands-on experience to every project. He’s passionate about finding practical, effective solutions while keeping things straightforward and results-focused.

At BID Canada, Troy is all about collaboration. Whether it’s working with customers to solve specific challenges or supporting his team to meet their goals, he knows that success comes from working together. His approachable style and commitment to building strong relationships make him a trusted partner in every interaction.

When he’s not on the job, Troy keeps busy coaching hockey, where he instills values of teamwork and discipline in young athletes. He’s also an avid traveler and outdoors enthusiast who’s always up for a new adventure. Whether at work or play, Troy brings the same energy, curiosity, and problem-solving mindset to everything he does, making him a valuable part of the BID Canada and McDonough family.

Understanding Screw Conveyors and their applications

Screw conveyors, also known as auger conveyors, are vital pieces of industrial equipment used for efficiently transporting bulk materials. These materials can range from granular solids like powders and grains to semi-solids, liquids, and even non-flowing materials. The core component of a screw conveyor is a rotating screw shaft with helical flighting, housed within a trough. As the shaft rotates, it propels the material forward in a linear motion. Screw conveyors are versatile and can be designed for horizontal, vertical, or inclined travel paths, depending on the specific needs of the operation.

In 2013, B.I.D. supplied a screw conveyor to our Client for the purpose of conveying shredded bark. Shredded bark, known for its abrasive nature, can cause wear and tear over time. After several years of reliable service, it became clear that the screw might need replacement. As part of the Client’s preventative maintenance program, B.I.D. is now fabricating a replacement screw to ensure their bark screw conveyor continues to operate efficiently.

Meet Derek Lawrence, material handling guru!

Resident Trekkie, traveler and curler, Derek has a long history at BID Canada

Derek Lawrence grew up in Glace Bay, Nova Scotia, a small coal mining town in Cape Breton. Several members of his large extended family worked for the coal company, the area steel plant, or related construction industries. This led Derek to study Civil Engineering Technology at UCCB (Now Cape Breton University), attend Lakehead University in Thunder Bay for Civil Engineering, and later Memorial University of Newfoundland to complete a bachelor’s degree in Engineering Technology.

“After completing my time in Thunder Bay in 1999, I had opportunities to go west or stay in Ontario, but the ocean called me home and I found myself in New Brunswick. When I applied to BID as an estimator, I intended to try estimating at BID and living in Woodstock for a year or two and then move back to Nova Scotia. Instead, I met my wife Darlene in Woodstock and built a life here.”

Derek was employed with BID Canada from 2000-2017 and was an estimator, then preliminary conveyor engineer, he attended trade shows, did business development and became sales and estimating manager. In 2017, he started a position as business development manager for Heath & Sherwood, followed by three years at Rulmeca Canada. Similar to the ocean, BID Canada called him home and he returned after the acquisition by McDonough in May 2023.

Derek is a lifelong Trekkie and science fiction fan, and in his spare time he likes to watch movies & TV, reading and pursuing lifelong learning. He is an avid curler, and enjoys traveling, spending with his family and spoiling his nieces and nephew.

Reach out to Derek if you want to talk material handling, and we’re sure he wouldn’t mind discussing Star Trek or curling while you’re at it!

B.I.D. Canada Ltd. acquired by McDonough Manufacturing

New partnership joins two of New Brunswick’s premiere manufacturing teams and facilities

BID Canada has been acquired and will be partnering with McDonough Manufacturing Company. This acquisition, combined with McDonough’s flagship location in Eau Claire, Wisconsin, allows McDonough and BID Canada to increase production capacity, human resources, and product offerings.

McDonough Manufacturing is a family owned and operated manufacturer of custom sawmill machinery, founded in 1888. BID Canada will continue to operate in our facility in Woodstock, New Brunswick, retaining existing team members under the McDonough umbrella. The BID Canada location will remain focused on our existing customers and projects, while contributing to the production of McDonough sawmill machinery.

This is an exciting chapter, and we are grateful for the support of our many customers, vendors and supporters. We are confident that this expansion will only serve to increase our capabilities and expertise. We thank you for your trust in us and we remain confident that the goodwill we have built will continue to grow with your support.

To learn more about McDonough Manufacturing’s 135 year history, visit www.mcdonough-mfg.com