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As cutting speeds increase and materials become more difficult to machine, coating technology has become one of the most important factors in cutting tool performance. Rocky Mountain Blue™ nACo® nanocomposite coating helps manufacturers combat heat, reduce wear, and extend tool life in demanding machining applications. Cutting tools are expected to do more than simply remove material. Shops are pushing higher spindle speeds, increased feed rates, longer unattended runtimes, and more demanding workpiece materials than ever before. As these demands continue to rise, tool substrate technology alone is no longer enough. Increasingly, the performance difference between an average tool and a high-performing tool comes down to its coating. One coating technology that has gained significant attention in recent years is Rocky Mountain Blue™ nACo®, a proprietary nanocomposite coating designed to improve tool life, heat resistance, and machining consistency across a wide range of applications. The Challenge: Heat Is the Real Enemy Most machining failures can ultimately be traced back to heat. As cutting speeds increase, temperatures at the cutting edge can rise dramatically. Excessive heat accelerates wear, softens tool materials, increases built-up edge formation, and negatively impacts surface finish. Even the most advanced carbide substrate will struggle if heat cannot be effectively managed. Traditional coatings helped address this challenge by increasing surface hardness and reducing friction. However, modern manufacturing increasingly requires coatings capable of performing under far more aggressive cutting conditions. This is where nanocomposite coating technology enters the picture. Understanding Nanocomposite Coatings Unlike conventional single-layer coatings, nanocomposite coatings utilize an extremely fine microstructure engineered at the nanometer scale. This architecture creates a unique combination of properties that are difficult to achieve through traditional coating methods:
The result is a coating capable of maintaining cutting performance under elevated temperatures and heavy machining loads. What Makes Rocky Mountain Blue™ nACo® Different? Rocky Mountain Blue™ nACo® is a nano-composite aluminum titanium silicon nitride (AlTiSiN) coating engineered to provide exceptional thermal protection and wear resistance. One of its most recognizable characteristics is the distinctive blue appearance that gives the coating its name. However, the benefits extend far beyond aesthetics. The coating is designed to create an extremely hard protective surface while simultaneously forming a thermal barrier between the cutting edge and the workpiece. This helps reduce heat transfer into the tool substrate and allows the cutting edge to maintain its integrity longer during demanding operations. For manufacturers, that can translate into:
Ideal Applications for nACo® Technology Rocky Mountain Blue™ nACo® performs particularly well in applications where heat generation becomes a limiting factor. Common applications include:
The Impact on Tool Economics While shops often focus on the purchase price of a cutting tool, the true cost of tooling includes much more than the initial investment. Factors such as:
A coating that extends tool life by even a modest percentage can generate significant cost savings over thousands of production cycles. For this reason, coating technology has become one of the most important considerations when evaluating cutting tool performance. Looking Beyond the Substrate The carbide substrate remains the foundation of any cutting tool, but modern manufacturing increasingly depends on advanced surface engineering to unlock maximum performance. Rocky Mountain Blue™ nACo® demonstrates how nanocomposite coating technology can help manufacturers push productivity while maintaining tool life and process reliability. As machining demands continue to increase, coatings like nACo® will play an increasingly important role in achieving the balance between speed, precision, and profitability that today's shops require. Your browser does not support viewing this document. Click here to download the document.
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Innovative Facility Showcases the Latest in Metalworking Precision and Efficiency Chardon, OH. - Browne & Company, a leader in the metalworking industry, is proud to announce the grand opening of its new Metalworking Technology Center in Northeast Ohio. This state-of-the-art facility is set to revolutionize the metalworking sector with its cutting-edge technology and tooling, provided by the renowned Haimer presetting and shrink fit tooling. You can also find the latest high performance cutting tools displayed from Fullerton Tool, Regal Cutting Tools, Rocky Mountain Twist Drill, The Everede Family of tooling, Dapra, and others. The Technology Center is designed to meet the growing demands for higher precision, efficiency, and performance in metalworking. It is equipped with the latest advancements in Haimer technology and tooling, ensuring consistent set-up, unsurpassed machining accuracy, better tool life, and improved part finishes. The center represents a significant investment in innovation and demonstrates Browne & Company's commitment to advancing the metalworking industry. "We are excited to unveil our new Technology Center, which symbolizes our dedication to providing the best in metalworking solutions," said Dave Browne, President of Browne & Company. "This facility not only showcases the latest in technology and tooling but also serves as a hub for innovation, collaboration, and education." The Technology Center boasts an impressive display of the latest high-performance cutting tools from leading manufacturers, including Fullerton Tool, Regal Cutting Tools, Rocky Mountain Twist Drill, The Everede Family of tooling, Dapra, and many others. These partnerships underscore Browne & Company's commitment to quality and excellence in providing comprehensive solutions to its clients. Industry professionals, clients, and partners are invited to explore the capabilities of the new Technology Center and witness firsthand the advancements in metalworking technology. Browne & Company is offering personalized demonstrations to showcase the benefits and efficiencies that their state-of-the-art technology and tooling can bring to any operation. "To see the future of metalworking, we invite you to visit our Technology Center. Our team is ready to demonstrate how our latest technologies and tooling can enhance your operations," added Browne. Schedule a Demonstration Don't miss the opportunity to experience the latest in metalworking technology and innovation. Click the button below to schedule a demonstration with our team and discover how Browne & Company can elevate your metalworking projects. About Browne & Company
Browne & Company has been at the forefront of the metalworking industry, offering innovative solutions and high-quality tooling to clients across various sectors. With a focus on precision, efficiency, and reliability, Browne & Company continues to lead the way in metalworking technology and services. Tri-cam Countersinks. Available in High Speed Steel and Cobalt, they truly are smoother, quieter and perform better than the rest.
Rocky Mountain Twist Drill in Ronan, Montana was featured on Fox Business News "Manufacturing Marvels" segment. Rocky Mountain Twist is the leading U.S. manufacturer of high performance, precision industrial cutting tools. In January of this year we welcomed a new member to our Browne & Co. sales team and with manufacturing companies opening up again, it's about time we introduce you to Jeff Terrace!
Just before joining Browne & Co in January 2019, Jeff worked at Hoffmann Group, a German cutting tool, hand tool, workstation and storage solutions manufacturer. Jeff has been working as an InovaTool representative since February of 2019 and recently joined Browne & Company at the beginning of 2020 as our Cutting Tool Specialist. Please send Jeff and email or give him a call to introduce yourself or pick his brain about an application question. Welcome to Montana and Rocky Mountain Twist! Founded in 2001, Rocky Mountain Twist headquarters and 300,000 square foot manufacturing facility is located at the base of the Rocky Mountains in Ronan, Montana – a region known for great hunting, fly-fishing, four-season recreation, and now superior performance made in the USA industrial cutting tools. Browne & Company had an opportunity to meet John Force in his pit at Summit Motorsports Park In Norwalk, Ohio on Saturday and the legandary drag racing champion could not have been nicer! The race team did well with Brittany Force holding onto the number one spot. John Force kept the number two spot and Austin Prock and the Montana Brand / Rocky Mountain Twist car placed eleven. Rocky Mountain Twist Drill is a major sponsor to the John Force team this year - the two American Made powerhouse brands couldn't be a better fit!
The ultimate "Made In USA" Brad Point Drill Bit. The design is a result of exceptional engineering and precision manufacturing. The function is extremely smooth, precise and fast. Drills 12X faster than other “premium” branded brad point drill bits!
The X29 Brad Point drill bits are designed, engineered and manufactured for speed, hole accuracy and exceptionally smooth drilling. The X29 point, spur and flute geometries are designed for efficient and extremely fast drilling – no more plugging, pecking or material burn. Outstanding performance in all wood species, plastics, acrylic and most manufactured materials. Get 12X faster drilling versus competitive drill bits; cleaner hole quality for minimal finish work; and save money with longer bit life.
Advancements through technology and process improvements have placed Rocky Mountain Twist as the quality leader of industrial drill bit manufacturing. Until recently the process of grinding a drill bit from a solid high-speed steel blank has changed very little over the years.
At Rocky Mountain Twist, each of their proprietary drill grinding cells transform solid high-speed steel blanks into finished drill bits without leaving the cell. Using revolutionary rotary methodology, a drill blank is oriented once, then moves through each manufacturing phase in a precise computer controlled operation. This process innovation ensures the highest degree of repeatable quality manufacturing in the industry.
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