When it comes to maintaining heavy machinery, time is money. The longer a machine is out of commission, the more it costs in lost productivity. One common issue faced by industries like construction, mining, and heavy equipment repair is the wear and tear of bores used for tool attachments. Sending equipment out for bore repairs is costly and time-consuming, but with the right tools, these repairs can be done in-house, saving you time AND money.

That’s where Bore Repair Systems, Inc. comes in. Since 1995, they’ve been providing innovative bore welding and line boring machines that help companies extend the life of their equipment in-house, while increasing operational efficiency at the same time. Their lineup includes a range of high-performance bore repair solutions, from compact manual models to fully automatic systems, making it easier than ever for businesses to handle their own repairs.

Today we're talking about two of their BoreWelder models, the BOA-408i Auto BoreWelder and the BOA-M1 Auto & Manual BoreWelder, giving you the rundown on their capabilities and benefits!

Bore Repair Systems, Inc. has built a reputation for reliability, durability, and performance. Their products are widely used by construction companies, Caterpillar repair shops, and other heavy equipment repair facilities looking for a better way to restore bores. Plus, they offer free training for their entire product line, ensuring customers get the most out of their equipment.
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So whether you’re looking for a compact, manual bore welder or a fully automatic system, Bore Repair Systems, Inc. has a solution that can help streamline your repair process and save money.

Need help choosing the right bore welding system? Fill out the form below to download the full brochure and to contact our team to discuss your needs. We'll help you find the perfect fit for your shop or business. Let us help you make bore repairs faster, easier, and more cost-effective!

As of February 3, 2025, the Environmental Protection Agency (EPA) is enforcing a nationwide ban on any products containing methylene chloride. How does this affect welders you might be asking? Unfortunately, many of the commonly used anti-spatter products contain methylene chloride and this ban means distributors will no longer be able to sell options that contain this harmful chemical.

Methylene chloride is a hazardous air pollutant and has been linked to serious health risks, including respiratory issues, nervous system damage, and even cancer with prolonged exposure. The EPA’s new ruling aims to reduce these risks by eliminating products that contain this toxic solvent from workplaces across the country. So if your shop or facility currently relies on anti-spatter sprays containing methylene chloride, you need to find an alternative EPA-compliant replacements to keep operations running smoothly.

Good news is, we know just the thing: WHALE SPRAY! We’ve always been a fan of their products and these two safe, solvent-free alternatives deliver high-performance results that you can count on without harmful chemicals.

Speed up your metalworking process with the Versadrive Modular Cutting Tool System by HMT! This incredible modular system is the first modular cutting system in the world that allows cutting tools to be used with impact wrenhces and impact drivers, as well as rotary drills like magnet drills, hand-held drills, and pillar drills. The system includes a wide variety of quick, tool-free change accessory options so you’ll be prepared for any job!

​Delivering clean and accurate cuts and holes on a wide range of materials, read on to discover why this system is a game-changer for metal fabrication, construction, and engineering professionals alike! ​What sets it apart, aside from it's ease of use and speed,  is its Quick-Connect technology, which allows for fast and effortless tool changes with little downtime.

With Versadrive, you’re not just using a tool—you’re using a system built to streamline operations, improve accuracy, and deliver consistent results across an impressively wide range of  materials, like mild steel, stainless steel, and structural steel. Its dual-use design means it's compatible with both handheld and stationary equipment, making it perfect for those who need flexibility and portability on the job!

When it comes to welding, choosing the right method can have a significant impact on quality, efficiency, and overall production time. Traditional welding processes, like MIG and TIG, have long been the go-to choices for many industries, but lately laser welding has been a hot topic of conversation in the industry. Wondering if laser welding will replace TIG? 

While traditional processes have their place, we firmly believe that laser welding is  revolutionizing modern fabrication! Read on for a breakdown of the differences between these methods, from training to final results, and you’ll see how laser welding stands out from the crowd!

As a welding technical school, we know better than anyone that learning how to weld, and weld well, takes time and effort. When it comes to TIG welding, while useful for a variety of jobs, it demands a pretty high level of skill and significant training time to master. TIG welders need precise hand coordination to juggle the torch, filler material, and pedal controls simultaneously. Additionally the set up requires adjustments to the gas flow, electrode type, and torch angles. Even minor missteps can lead to weld defects or inconsistent results, adding more time to the process. This learning curve can delay the onboarding of new welders and significantly increase training costs.

Weld quality is another area where laser welding really stands out. TIG welding, while capable of producing high-quality welds, often struggles with issues like spatter, contamination, and uneven penetration—particularly when operated by welders with less experience. TIG welding’s reliance on the manual control of the welder means more room for human error, often leading to welds that need rework. Grinding and cleaning are common post-weld tasks that consume time and labor, driving up costs and extending the production timeline.
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MIG welding, while faster than TIG, often produces welds with more spatter and less precision, especially on thinner materials. This can lead to defects and the need for additional cleaning or rework- and those post weld tasks can add up!

Laser welding, on the other hand, produces exceptionally clean, precise welds with minimal spatter and distortion. Laser allows for consistent penetration and fusion, making the likelihood of defects significantly less. The results of laser welding often require no additional cleaning or finishing, and this reduction in rework not only saves time but also increases overall productivity, allowing teams to focus on new projects instead of reworking and fixing old ones.