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There’s no getting around the fact that the precision of your tooling needs to match (if not exceed) the precision of your end products. In no industry is that more apparent than in medical manufacturing: when medical components combine complex designs with ultra-high-precision tolerances, you need carbide tooling and/or inserts engineered, produced, and tested specifically for the job at hand.

We’ve worked with enough medical machine shops and similar manufacturers to know that carbide cutting tools are not just another commodity purchase. When you’re machining end products that include implant components, surgical instruments, orthopedic hardware, diagnostic equipment parts, or similarly critical medical parts, your carbide inserts have a direct effect on part quality and scrap rates, not to mention tool life and machine uptime.

In short: you need precision-ground carbide inserts that support repeatable results, maintain demanding tolerances, and fit the realities of complex production environments.

Medical Manufacturing Leaves No Room for Error in Tooling

You know the challenges: difficult materials, intricate geometries, and exacting print requirements. Stainless steels, titanium alloys, cobalt-chrome, and other high-performance materials can be challenging to machine consistently. Add small features, fine threads, tight radii, thin walls, and cosmetic surface-finish requirements, and standard off-the-shelf tooling may not deliver the necessary performance.

In these applications, even minor variation can become costly. An insert that does not hold its edge, generates excessive heat, produces inconsistent chip control, or varies from one replacement batch to the next can create problems throughout the manufacturing process.

Production managers may see more tool changes, cycle-time increases, unplanned downtime, rejected parts, or additional inspection requirements. Equipment sourcing specialists may face a different problem: balancing tooling cost against the risk of using a supplier that cannot reliably meet the required geometry, tolerance, or lead time.

That’s why custom carbide inserts are often the practical choice for medical manufacturing. A tool designed around the application can improve process stability and help manufacturers make quality parts more efficiently.

Custom Tooling Built Specifically for Medical Manufacturing Applications

A custom carbide insert is not simply a standard insert with a modified dimension. The best results come from evaluating the complete machining requirement, including the material being cut, the feature being produced, machine capability, workholding, coolant strategy, required tolerances, and expected production volume.

For example, a medical manufacturer producing a specialized threaded component may need a threading insert with a precise form, controlled cutting edge, and geometry designed for the part material. A turning or boring application may require a custom profile that produces multiple features in one operation. Milling applications may benefit from inserts engineered to improve chip evacuation, reduce tool pressure, or maintain a more consistent finish.

At Knight Carbide, we manufacture precision-ground carbide inserts and cutting tools for standard and custom specifications, including threading, milling, turning, boring, and carbide form-tool applications. Our team works with customers on blueprint specials and application-specific designs that support accuracy, repeatability, and production efficiency. Knight Carbide precision-grinds inserts to exacting specifications, including tolerances as close as +/- .0002 inch.

Controlling Tooling Costs Without Sacrificing Quality

Rising carbide tooling costs are a real concern across medical manufacturing. However, the purchase price of an insert tells only part of the story. A lower-cost tool can become more expensive if it produces inconsistent results, wears prematurely, requires frequent offsets, slows the machine, or contributes to scrap.

The more meaningful question is total tooling value: How many quality parts can the insert produce? How predictable is its performance? Can operators change it quickly and return to production with confidence? Does the insert reduce secondary operations or make it possible to combine features in a single pass?

A well-designed custom insert can help reduce total cost by improving tool life, minimizing variation, and supporting more efficient cycle times. In high-value medical work, avoiding a small number of rejected components can justify investing in the right tooling solution.

A Reliable U.S. Tooling Partner

Overseas sourcing can introduce uncertainty when medical manufacturers need fast answers, clear technical communication, and dependable delivery dates. Long supply chains, inconsistent quality, shipment delays, and limited responsiveness can leave a production team exposed when tooling needs change quickly.

Knight Carbide provides a U.S.-based alternative. For nearly 50 years, Knight Carbide has produced precision-ground carbide inserts and cutting tools from its 24,000-square-foot Michigan facility. The company’s manufacturing capabilities and ongoing investment in precision grinding technology support custom solutions for demanding blueprint and production applications.

For our medical manufacturing partners, that means access to a tooling supplier focused on the details that matter: print accuracy, repeatability, application-specific design, responsive support, and dependable delivery.

When the part is complex and the tolerance window is tight, your carbide tooling partner needs to understand what is at stake. Knight Carbide is ready to help you develop custom carbide inserts that keep your medical manufacturing program accurate, efficient, on time, and agile enough to meet your new tooling requirements as they arise.

We’ve worked with enough folks in modern automotive manufacturing to know how challenging the margins usually are: there’s hardly any margin for error in production, while at the same time, profit margins aren’t exactly through the roof on typical jobs.

Whether you work in a Tier 1 or Tier 2 operation…whether you’re machining engine blocks, transmission housings, brake calipers, or drivetrain components, so much depends on your tooling. The type of tooling you employ, as well as the tooling manufacturer you partner with, both have a direct impact on throughput, scrap rates, operational reliability, and ultimately, your bottom line.

In short: subpar tooling leads to subpar products and/or production reliability issues: missed tolerances, missed uptime targets, missed profit potentials… Compromising on tooling almost always ends up costing you more in the big picture.

At Knight Carbide, we work with tooling engineers and production teams every day who are under pressure to hit cycle time targets without sacrificing part quality. The conversation almost always circles back to the same fundamental question: are you getting the most out of your cutting tools?

If you’re still running high-speed steel or lower-grade carbide inserts on your automotive lines, the answer is probably no.

The Real Cost of Cutting Tool Failures

It’s tempting to evaluate cutting tools purely by unit price. A less expensive insert looks attractive on a purchase order, but that number rarely tells the full story:

• When a tool wears prematurely, you’re not just replacing the insert.
• You’re stopping the machine, pulling the operator off the line, resetting offsets, running verification cuts, etc.
• Then you backtrack, potentially scrapping parts that fell out of tolerance before anyone caught the problem.

In high-volume automotive production, unplanned downtime is extraordinarily expensive. Industry estimates consistently place the cost of unplanned downtime on a CNC machining line at hundreds of dollars per minute when you factor in lost output, labor, and the downstream ripple through your production schedule.

Precision carbide tooling that costs twice as much but lasts three times as long makes the calculation easy.

Why Precision Carbide Outperforms in Automotive Applications

Automotive components demand tight tolerances, repeatable surface finishes, and consistent dimensional accuracy across high-volume production runs. That’s exactly where precision-ground carbide cutting tools prove their value.

Carbide substrates with optimized grain structures resist wear at elevated cutting speeds, which means you can push feeds and speeds without sacrificing tool integrity. Specialized coatings like TiAlN and AlTiN further extend tool life by reducing friction and heat at the cutting zone, which is especially critical when machining cast aluminum alloys, ductile iron, and hardened steel components that are common throughout automotive assemblies.

At Knight Carbide, our tooling is manufactured to exacting standards with tight tolerances on geometry, runout, and edge preparation. That precision translates directly to tighter part tolerances on the shop floor and fewer mid-run corrections.

When your tooling holds size consistently from the first part to the five-thousandth part, you eliminate the creeping dimensional drift that forces your operators to stop, measure, and adjust.

Fewer Tool Changes, Less Downtime, Better Output

Think about how often your team is pulling tools from active spindles on a given shift. Every tool change is a window of non-productive time. On a busy machining cell running multiple part numbers, those windows add up fast. Reducing the frequency of tool changes through longer-lasting carbide tooling directly increases your available cutting time per shift, and that compounds across days, weeks, and months.

There’s also a less obvious benefit: consistency in tool change intervals makes production planning significantly easier. When your tooling life is predictable, your toolroom manager can schedule changes proactively during planned maintenance windows rather than reacting to unexpected failures mid-run. 

The shift from reactive to proactive tooling management is a meaningful operational improvement that plant managers and production planners recognize immediately.

Rework Is a Real Cost You Need to Calculate

Rework is one of the most underestimated costs in precision machining environments. A part that comes off the line out of spec doesn’t just cost you the material. It costs labor, machine time, and sometimes a scrapped blank that you can’t recover. In automotive manufacturing, where component tolerances are unforgiving and traceability requirements are strict, rework incidents also create documentation headaches and potential quality holds.

Tooling that holds tighter tolerances throughout its service life directly reduces your rework rate. That’s not a soft benefit, it’s a measurable reduction in cost per part that your production engineers can calculate and report.

Investing in the Right Tooling from the Start

At Knight Carbide, we supply precision carbide cutting tools engineered for the demands of automotive production. We work closely with tooling engineers and specialists to select the right substrate, geometry, and coating for each application, whether you’re roughing cast iron housings or finishing precision bores in aluminum.

The ROI on quality carbide tooling isn’t theoretical. It shows up in your tool life data, your scrap logs, and your OEE numbers. If you’re ready to reduce downtime, improve part consistency, and get more out of every machine hour, let’s talk about what Knight Carbide can put in your spindle.

You’ve probably noticed the climbing cost of carbide tooling over the last year. Like most industries, the global tungsten carbide market has seen its share of disruption. It’s gotten to the point where many American CNC machining companies are rethinking their sourcing strategies, inventory levels, and supplier relationships.

At Knight Carbide, we’ve been in this business since 1972, and we’ve been watching the market more closely than ever. Based on that experience and know-how, we wanted to give you a straightforward picture of where things stand when it comes to sourcing carbide tooling over the next few years.

Here’s the carbide tooling industry as we see it in 2026, and what it might mean for your machining business.

The Reason Why Carbide Prices Spiked

The short version: China controls more than 80% of the world’s mined tungsten and processed ammonium paratungstate, which is the intermediate material used to make carbide powder. For years, that market dominance was used strategically. In many ways, it’s now come to a head.

Basically, China kept prices artificially suppressed through government subsidies, the country’s lower labor costs, and relaxed environmental standards. It’s no secret that this situation made it economically unfeasible for mines in the United States (along with many other nations) to compete.

The rest of the world looked at cheap, stable carbide and made what seemed like a rational decision: Why invest in alternatives when you can just buy from China?

Well, we’re starting to see the answer to that question in the form of substantially inflated carbide prices.

• Environmental crackdowns and safety regulations inside China reduced mine output in recent years.
• “Tariff battles” and geopolitical friction between the U.S. and China escalated around critical mineral supply chains.
• Export conditions have tightened in general. Even when they’ve been relaxed, uncertainty in the market keeps supply and pricing unstable.

At the same time as all of that, demand from automotive, aerospace, defense, and EV manufacturing kept growing. A lot of traders and manufacturers sensed the shift and began stockpiling material as a hedge, pulling even more supply off the market and accelerating an already steep price spike. The result has been a tungsten carbide price increase that, by some accounts, reached six times normal levels.

Obviously this hasn’t just been a market correction, but a bigger structural problem within global supply chains.

What Comes Next: Three Scenarios CNC Machining Providers Should Know

Obviously we can’t predict exactly how the market will play out. But we’ve been in this business for more than half a century, and we see three possibilities worth considering for our customers who are trying to optimize their tooling strategies…especially if you’re looking at reshoring for the first time.

1. First Possibility: Stable but Higher Prices

Prices could stabilize at a permanently higher level as alternative supply slowly develops outside of China. This means higher raw material costs (and thus tooling costs) are likely the new baseline, not a temporary spike that corrects itself.

2. Second Possibility: Huge Price Swings

The market may stay volatile for an extended period, swinging sharply in response to geopolitical events, sanctions, and export restrictions. In that environment, risk management becomes just as important as production efficiency.

3. Third Possibility: Supply Chain Shifts

Over the next two to three years, meaningful new supply could emerge from producers in the U.S., Australia, and South Korea, and other partners. At the same time, recycling infrastructure is working to expand enough to provide some price relief in the future. The companies best positioned in that scenario are the ones that have already built flexible, resilient supply chains.

Most likely, some combination of the three will unfold. The key takeaway is that treating tungsten carbide like a stable commodity the way much of the manufacturing world has for decades is no longer a viable strategy. Your machining operation needs to start planning accordingly.

Why an American Carbide Tooling Partner Changes the Equation

This is where having the right supplier becomes a genuine competitive advantage, not just a vendor preference. When your tooling is sourced entirely from overseas distributors or large global brands with complex supply chains, you are exposed to every layer of that volatility. Lead times stretch. Prices fluctuate without warning. Availability becomes unpredictable exactly when you need consistency the most.

Knight Carbide operates out of a 24,000-square-foot facility based out of Chesterfield Township, Michigan. Our entire operation is built around domestic manufacturing with direct control over quality and delivery. When the global market gets complicated, that doesn’t mean your business has to absorb the chaos. It means you need a partner whose supply chain is closer to home and whose process doesn’t depend on favorable conditions in a single foreign country.

We produce a complete range of carbide tooling products: threading, milling, and turning inserts, carbide form tools, and blueprint specials ground to tolerances of plus or minus .0002 inches. Whether you need standard tooling or a completely custom solution, we work directly with your application requirements and get you what you need without the layers of distribution that slow everything down and drive prices up.

Lock in a Reliable U.S. Supplier for Your Carbide Tooling

The most important thing you can do in this market is take your tooling supply chain seriously as a risk management issue, not just a purchasing decision. That means working with suppliers who are transparent about pricing, responsive when your needs change, and capable of producing quality tools consistently at volume.

That’s where Knight Carbide comes in. Backed by more than 50 years of tooling expertise, we know the market, and we know how critical reliable tooling is for modern CNC machining companies.

In the world of manufacturing, productivity and consistency go hand in hand. Typically, that means when you have a set-up that works, you stick with it, sometimes for years. So, when a cutting tool insert you rely on is suddenly discontinued, it can throw a wrench in your productivity. That’s where leading carbide cutter manufacturers like Knight Carbide can step in, offering custom legacy cutting tools made to order and to spec.

Planned Obsolescence: It’s Hard to Plan for

Legacy tools (also called obsolete or discontinued), refers to any cutting tool configuration that is no longer made by its OEM. Whenever a particular insert is phased out, updated, or otherwise discontinued, it can leave machine shops in the lurch with machines, fixtures, and processes all designed around that tool. 

Changing to the newer version can prove disruptive and costly as you retool, reprogram, and revalidate your processes. In many cases, adopting new inserts necessitates machine requalification, a time-consuming undertaking requiring process recalibration, testing, and approval before production can resume. This can tie up resources most shops cannot spare, and even result in delayed output, all without any guarantee of performance improvement for your operation.

Knight Carbide’s Custom Solution

Unlike many carbide cutter manufacturers who focus only on current product lines, Knight Carbide specializes in custom-engineered and -fabricated legacy cutting tools that meet or exceed the original OEM specifications. Whether your operation requires indexable inserts, form tools, or specialty carbide solutions, Knight Carbide’s in-house expertise ensures precision and repeatability for even the hardest-to-source tools.

Rather than forcing your operation to adapt to new tooling, Knight Carbide believes in adapting the tool to your operation wherever possible. This approach extends the life of production systems while protecting your capital investment.

Benefits of Custom Legacy Tools

• Reduced Downtime: Keep machines running with inserts made to fit your exact needs.
• Cost Savings: Avoid the high costs of retooling, reprogramming, and machine requalification when OEM tools are discontinued.
• Quality Assurance: Knight Carbide’s precision grinding and engineering expertise deliver inserts that perform as well as, if not better than, OEM designs.
• Long-Term Support: A partner who understands your legacy requirements ensures you won’t be left scrambling when OEMs discontinue a tool.

Keeping Your Production Future-Proof

Not all carbide cutter manufacturers understand the value of legacy tooling, but Knight Carbide has been doing it for decades. We firmly believe that the equipment should dictate the tool, not the other way around. By offering custom legacy cutting tools, Knight Carbide helps manufacturers maximize uptime, minimize costs, and keep production running smoothly… even when OEMs disrupt the supply chain with forced updates.

If your shop is facing challenges sourcing discontinued or obsolete inserts, Knight Carbide is ready to design, engineer, and manufacture the tools you need to keep your operation efficient and reliable well into the future. Reach out for a quote today.

Efficiency is the buzzword of industry growth in our modern age. Manufacturing as an industry has grown more fast-paced than ever before, demanding higher quality in faster turnaround times–and more complicated part designs across all markets.

At Knight Carbide, we help our clients keep up with their own customers’ demands with carbide inserts that maximize productivity, reduce downtime, and offer high-quality results across a broad spectrum of CNC machines, including multiple-axis turning centers, lathes, milling machines, and more. 

The Challenge of Growing Complexity–and the Value of Custom Profiles

Customization has become an increasingly important part of the machining world. Product designers are looking to reduce their long-term cost-per-part and assembly time by packing more functionality into a single, complex component, allowing them to get the end-use product to the market faster.

Of course some industries demand more complexity due to constant innovation. Consider markets such as aerospace manufacturing for instance, which require extremely complex geometries and profiles, cutting down on overall weight while still maintaining exceptional precision. And, as the production volume increases, maintaining repeatable quality across each part grows more difficult. 

Carbide Inserts that Machinists can Rely On

At Knight Carbide, our goal is to create shaving and forming carbide inserts that lower our clients’ machining costs, increase their production output, and still maintain long-term quality and durability. Our engineering team works closely with customers for custom tooling designs like carbide inserts, with each tool made specifically for each customers’ needs in order to fit their tool holders.

The major advantage with Knight Carbide: We reduce our customers’ downtime by providing custom tooling that requires less maintenance, combines multiple operations into one tool, and optimizes chip formation with efficient cuts. 

No two applications are the same, so the tooling that you use shouldn’t be either. The Knight Carbide team can carefully examine every aspect of a customer’s design needs and then work with them to design and build the most effective, efficient  tooling solutions.

Interested in learning more about the value of custom carbide inserts?

Knight Carbide is a leader in precision carbide inserts, cutting tools, and much more. If you’d like to experience the value of our expertise and our products for yourself, don’t hesitate to get in touch and request a quote or more information.

Anybody who’s spent any real time on the shop floor knows that machine time is money. It’s an old adage, but a true one.

Every tool change, every setup, every re-alignment equals time that your spindle isn’t cutting and churning out product. Every new change-up and setup also creates the opportunity to introduce manufacturing errors or variability into your process…

At Knight Carbide, we’ve engineered our multi-function grooving tools around the idea that our manufacturing partners should be able to do more with less, and do it without sacrificing precision.

Let’s talk about what that actually looks like in practice.

One Grooving Tool, Multiple Cutting Operations

Traditional grooving setups often require separate tools for face grooving, OD grooving, and turning. That means multiple tool changes mid-cycle, multiple offsets to manage, and more opportunities for error to creep into your process. Our multi-function tools are engineered to handle face grooving and turning operations in a single setup: same tool, same position, multiple precise cuts.

This isn’t a compromise. Knight Carbide’s inserts are available across a full range of grades, meaning you’re getting optimized cutting performance for your specific material whether you’re running stainless, hardened steel, aluminum, or exotic alloys. You don’t have to sacrifice tool life or surface finish to get the flexibility.

Fewer Setups, Lower Risk

Every time you change a tool or re-fixture a part, you introduce the possibility of a positioning error. Even the smallest variability can lead to rejects on tight-tolerance components. Sometimes, our multi-functional tools mean the difference between a precision part and scrap part.

Fewer tool changes means fewer opportunities to accidentally shift an offset, bump a turret position, or misload an insert. The setup goes in once, gets verified once, and then it runs. The advantage only goes up for shops running lights-out or high-volume production.

The Cycle Time Math

Let’s get real with some numbers. If a standard grooving operation requires three tool changes and each change (re-approach, verification, and positioning) costs you 30 seconds, you’re looking at 1.5 minutes of non-cutting time per part just in transitions. Run that across a batch of 500 parts and you’ve essentially spent more than 12 hours doing nothing productive.

When you consolidate those operations with a single multi-function tool, that number drops dramatically. By including chamfers on the groover, a simple change like cutting a groove and chamfer to finish size is much more efficient than multiple plunges with a standard width tool. Likewise, it’s much more efficient than separately profiling for chamfers or bottom radii.

More efficient tooling helps your cycle time tighten up, which means your throughput can increase…and suddenly you’re producing way more parts within the same machine time. Plus, keep in mind that this is a capacity gain that doesn’t require buying a new machine or adding a shift. It’s a minor shift in your tooling strategy for a major gain in productivity.

Simplifying Your Tool Inventory and Maintenance

There’s also a major side benefit: simplifying your shop’s tool crib. Of course every cutting tool you use carries a cost…not just the insert price, but the time spent tracking inventory, ordering replacements, managing grade variations, and training operators on proper usage.

Multi-function tools shrink that list down. Fewer tool bodies, fewer insert styles, fewer grades to stock and manage. For shops that are serious about lean manufacturing, consolidating your tooling is a natural extension of eliminating waste across the operation. It all adds to faster setups, cleaner inventory management, and fewer instances of grabbing the wrong insert under pressure.

Upgrade Your Shop with the Right Tools for the Job

The pressure on American manufacturing shops seems to be as high as ever. Lead times are tight, labor is expensive, and customers expect precision on the first run. The shops winning right now are the ones finding efficiency without cutting corners on quality.

That’s exactly what our multi-function grooving tools are designed to deliver. No compromise on grade selection, tool life, or surface finish; just a smarter way to approach grooving / turning jobs from the start.If your current grooving process involves multiple tool changes for operations that could be consolidated, have our experts take a look at your current tooling strategy. The savings will be real, and they’ll show up every single cycle.

In today’s volatile economy marked by fluctuating prices, material shortages, and unpredictable shipping delays, manufacturing operations must tighten budgets and seek reliable sourcing alternatives. Metal cutting tools, particularly those made from carbide alloys, are often overlooked as a cost-saving opportunity.

Despite being treated as consumables in many facilities, both standard and specialized carbide cutting tools can be effectively reconditioned. Using specialized regrinding and recoating processes, Knight Carbide expertly restores carbide tools, extending their service life and helping reduce costs.

What Makes Regrinding Carbide Cutting Tools a Good Idea?

Carbide, which is available in a number of different grades or alloys, combines a carbon matrix with metal powders and binders to create an extremely hard and durable compound, in some cases second only to diamond. These materials, however, can be difficult to reliably source and are prone to sudden price shifts. Due to prevailing misconceptions that carbide cutting tools are disposable, most shops don’t consider reconditioning as a feasible option. 

However, with proper tool management and the assistance of a regrinding service provider, manufacturers and fabrication companies can enhance operational efficiency in four key ways.

1. Sustainability: Regrinding carbide drastically reduces reliance on costly raw materials and is more energy-efficient than fabricating new cutting tools, allowing shops to better align with their sustainability goals.
2. Cost Reduction: By reconditioning carbide tools, manufacturers can double the lifespan of their tooling. In some cases, grinding can resize tooling reducing the need to invest in additional assets.
3. Lean Manufacturing Aligned: Regardless of the methodology used to streamline manufacturing processes, the overall theme remains the same. Reduce wasted resources. Regrinding is a simple and effective method that aligns perfectly with lean manufacturing.
4. Predictability: Regrinding carbide tools mitigates the risks of raw material scarcity and price volatility by providing shops with predictable tooling costs and reliable delivery. This prevents fabricators from having to absorb sudden price hikes and manage unplanned delays.

When Does Replacement Make More Sense?

There are a few notable circumstances in which regrinding carbide inserts and other cutting tools isn’t a suitable option, including tool size, geometry, and condition.

• Specific Design Features: While standard and custom tools are both compatible with regrinding services, inserts and tools with particular features, such as inserts with pressed chip breakers on the top surface, are too difficult or impossible to grind back to their original geometries.
• Tooling Size: Smaller cutting tools and carbide inserts are more difficult to regrind. They may not have enough material to support original geometries, tool holders and equipment paths may be unable to adapt to altered dimensions, and regrinding small carbide tools isn’t as cost-effective as regrinding larger ones.
• Tool Condition: Once the tool breaks, whether it’s a chip, crack, or complete failure, regrinding is no longer an option. Pulling the tool from service before this point and following proper tool management processes is critical to extending tool life and preventing unnecessary replacement costs.

Tool Management Strategies Required for Successful Carbide Regrinding Programs

Carbide alloys are designed to cut through metal and other hard materials. However, carbides engineered to resist wear are more brittle, while those designed to withstand shock damage wear down more quickly. Careless handling and improper storage of new and used carbide cutting tools often render them unfit for regrinding. In order to get the most out of your investment, use the following tool management strategies and partner with carbide tooling experts.

• Train tool crib personnel, machine operators, and shop floor workers on proper tool handling and management best practices.
• Remove dulled carbide cutting tools and inserts before signs of damage such as chipping or cracking.
• Do not allow tools to knock together or bump into other objects, as the impact can cause irreparable damage to the cutting edge.
• Carefully place the used tool into the original packaging or similar storage containers to prevent damage during shipment.
• Develop a detailed regrinding plan that includes:
  • Size changes and necessary offsets
  • Minimum usable size
  • Regrinding criteria
  • Scrapping guidelines
  • Traceability
• Clearly define who is responsible for inspecting tools for regrinding compatibility.

Regrinding Carbide Tools Done Right at Knight Carbide

With over 50 years of experience as one of the industry’s leading manufacturers of carbide inserts, cutting tools, and holders, we know how this innovative material behaves under pressure. From custom tooling that reduces changeover requirements to precision regrinding of standard and specialized metal cutting tools, you can place your trust in Knight Carbide. Contact us today to learn what we can do for you.