compiled and written by Bernard Martin The Tapmatic Scribewriter II stands out as a really unique solution for CNC machine marking applications, delivering precision, speed, and adaptability. Whether for part identification, serial numbers, or intricate markings, the Scribewriter II excels across a wide range of materials and applications. Efficient and Versatile Performance The Scribewriter II is engineered to mark materials up to 62 HRC in hardness and can accommodate surface variations of up to 5mm, ensuring consistent and accurate results. Unlike traditional marking tools, the Scribewriter performs without spindle rotation, making it faster, quieter, and ideal for high-throughput operations. Its straightforward programming integrates seamlessly into CNC environments. Operators can input marking programs directly at the machine control or use engraving software at their programming workstation, offering flexibility for both shop-floor and pre-programmed operations. Adjustable Force and Depth for Customization A big feature of the Scribewriter II is its adjustable marking force and depth. Controlled by a knurled adjustment sleeve and a reference scale, the tool allows for quick, precise tuning without the need to change springs. This ensures optimal performance across different materials and marking requirements. The Tapmatic Scribewriter’s adjustment settings range from 0 to 7, providing fine control for gradually increasing force. For applications involving particularly hard materials, a special "H" setting is available, enabling effective marking at maximum force. To assist operators, the tool includes a high-quality magnification lens for accurate reading of force settings, ensuring consistent results regardless of the material or application. Innovative Coolant System and Stylus Options The Scribewriter II is equipped with high-pressure internal coolant capability, which enhances stylus lubrication and increases marking force. This feature minimizes wear on the carbide stylus, extending its lifespan and reducing maintenance downtime. The carbide stylus itself is easy to change, offering durability and longevity even in demanding environments. Tapmatic provides a variety of stylus options, including:
Precision Without Compromise The Tapmatic Scribewriter II empowers manufacturers to achieve high-precision marking without compromising on speed or versatility. Its user-friendly design, adjustable settings, and high-performance features make it an indispensable tool for CNC machining centers in industries ranging from aerospace and automotive to general manufacturing. By reducing noise, simplifying programming, and extending tool life, the Scribewriter II provides a cost-effective solution for permanent part marking on a variety of materials. Explore how the Tapmatic Scribewriter II can enhance your CNC machine’s capabilities and improve your marking efficiency today. Contact JMI CNC & Automation for more information or to request a demo.
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Blue Photon’s Grip Pallets are designed for quick change and adhesive workholding of complex and hard-to-hold parts for EDM, grinding, inspection, laser and milling operations. compiled and written by Bernard Martin Blue Photon has introduced five Grip Pallets and three new inserts for 52- and 96-mm quick-change receiver systems. Blue Photon's Grip Pallet is a revolutionary adhesive workholding solution for machining complex, delicate, or hard-to-hold parts in EDM, grinding, inspection, laser, and milling applications. These systems are specifically designed to increase spindle uptime, reduce scrap, and streamline part loading in modern manufacturing operations.
Advanced Design for Enhanced Machining Access The Grip Pallets allow for 5- and 6-sided machining by securely holding components without mechanical clamps, maximizing accessibility to critical surfaces. Available in 150-mm, 225-mm, and 300-mm square configurations, the pallets are compatible with standard 52-mm and 96-mm quick-change receiver systems already utilized in machining centers. Each pallet accommodates Blue Photon’s patented gripper technology, known for delivering high clamping forces using UV-cured adhesive. The grippers hold parts firmly without distortion or damage, a critical advantage for thin-walled or precision components. This innovative adhesive workholding system is particularly suited for 5-axis machining, as it enables unrestricted access while maintaining rigidity and stability throughout the process. Grip Pallet Specifications
Each pallet includes:
Blue Photon has developed three external insert options tailored to their small, medium, and large grippers. These inserts simplify gripper installation at the optimal height, delivering maximum adhesive holding power and flexibility to accommodate varying part geometries and sizes. Easy Part Removal and Cleanup Blue Photon’s Grip Pallets prioritize efficiency, not only during machining but also during part removal:
Why Choose Blue Photon’s Grip Pallets? The Grip Pallet system is ideal for manufacturers seeking:
For more technical specifications or to explore how Blue Photon’s Grip Pallets can transform your operations, contact us at JMI CNC & Automation. Cross-hole deburring is a common process in industries like aerospace, automotive, and hydraulics. Burrs in cross-drilled holes can obstruct fluid flow, compromise dimensional tolerances, and pose safety risks. Traditional manual deburring methods are often labor-intensive and inconsistent, leading manufacturers to seek more efficient solutions. The Flex-Hone® tool by Brush Research Manufacturing (BRM) offers an effective alternative. This flexible honing tool is designed to remove burrs from cross-drilled holes while simultaneously improving surface finish. Its self-centering and self-aligning features make it adaptable to various bore sizes, and it can be used with CNC machines, lathes, mills, and handheld drills. The tool's low-pressure, low-temperature abrading process ensures that the base metal's structure remains intact, preserving dimensional tolerances. For optimal results, it's recommended to use a slightly oversized Flex-Hone® tool relative to the bore diameter. This allows the tool to effectively reach and deburr the intersections of cross-drilled holes. It's also important to use a high-quality honing oil, such as BRM's Flex-Hone® oil which helps prevent tool loading and maintains cutting efficiency. A recommended practice is to rotate the tool clockwise during initial strokes, then reverse the spindle and continue in the opposite direction. This technique promotes a symmetrical deburring pattern and prevents burrs from folding back into the cross-hole. Implementing the Flex-Hone® tool in automated processes enhances consistency and reduces cycle times. By integrating this tool into existing CNC setups, shops can achieve high-quality deburring without the need for additional specialized equipment. This approach not only improves product quality but also contributes to cost savings and increased production efficiency. Check out this demonstration of the Flex-Hone® tool in action in the below video. For more information or a demonstration in your shop contact us here at JMI CNC & Automation!
Unparalleled Precision and Efficiency with MAQ’s Rotational Fine Boring Tools – The Next Step in Advanced Machining Solutions by Bernard Martin MAQ AB has introduced its new Rotational Fine Boring Tools, engineered for fine boring with exceptional precision, surface finish, and ease of operation. In this article, we're going to explore the key features, benefits, and applications of this new technology. What Is Rotational Fine Boring? Rotational fine boring is a precision machining process commonly performed on milling machines, where the tool rotates while the workpiece remains stationary. This method is ideal for achieving high-accuracy hole dimensions and surface finishes. However, as the tool’s length-to-diameter ratio (L/D) exceeds 3, vibrations become a significant challenge, demanding tools equipped with advanced vibration-dampening technology. Unlike conventional turning tools with straight shanks, MAQ’s Rotational Fine Boring Tools are specifically designed to pair seamlessly with milling tool backends, which vary in their L/D ratios and vibration frequencies. Thanks to MAQ’s STMD (Self-Tuning Mass Damper) technology, these tools adapt dynamically to a broader range of vibration frequencies, delivering unmatched precision, stability, and reliability, even in complex machining tasks. Key Features of MAQ Rotational Fine Boring ToolsMAQ’s latest tools boast a range of advanced features that set them apart -
Introducing Six Unique Models: CK1 to CK6We’re excited to launch the first batch of Rotational Fine Boring Tools, available in six models (CK1 to CK6). These tools cover a wide range of applications, allowing you to achieve precision-perfect holes in sizes ranging from 20 mm to 150 mm. Whether you’re working on a simple project or a complex machining task, MAQ tools provide the accuracy and efficiency you need to elevate your operations. Benefits of Using MAQ Rotational Fine Boring ToolsThe MAQ Rotational Fine Boring Tools offer unmatched benefits that make them essential for high-precision machining:
HOW STMD™ MAKES ALL THE DIFFERENCE
Versatility at Your Fingertips MAQ’s Rotational Fine Boring Tools are designed to deliver flexibility without compromise. The exchangeable cutter heads support both forward and back boring operations, adapting to a variety of machining needs. The coolant-through feature further enhances their functionality, improving chip evacuation, cooling the workpiece, and prolonging insert life—all essential for maintaining peak performance in high-demand environments. With the launch of the CK1 to CK6 series, MAQ has raised the bar in fine boring technology, offering precision, efficiency, and versatility in one robust solution. Whether you’re working with aerospace components, automotive parts, or general precision engineering tasks, these tools will help you achieve exceptional results—faster, easier, and with greater reliability. Upgrade your boring operations with MAQ Rotational Fine Boring Tools and experience the next level of precision machining. Contact JMI CNC & Automation today to learn more about how these innovative tools can transform your workflow! Despite operating at elevated rotational speeds, the MAQ devibe holder effectively minimizes vibration, thanks to its integrated self-balancing mechanism and advanced STMD (Self-Tuning Mass Damper) technology. This is particularly significant because it highlights how MAQ's tools overcome common challenges associated with extended length-to-diameter ratios (L/D), delivering superior surface finishes and achieving micron-level tolerances. For manufacturing sectors requiring extreme precision, such as aerospace and automotive, this performance represents a major leap forward in efficiency and reliability, reducing rework and eliminating the need for secondary operations.
Machining Picatinny rails is notoriously challenging due to their strict specifications, complex dovetail profiles, and the high precision required. Traditionally, multiple passes with different tools are needed, which increases machining time and creates potential for inconsistencies as tools wear at different rates.
AB Tool's solid carbide Picatinny Rail Cutters provide an innovative solution to these challenges, dramatically reducing time and improving accuracy. A Legacy of Innovation The original AB Tool Picatinny Rail Cutter was officially released in February 2014. Before its release, AB Tool had produced many custom rail cutters to meet unique customer requirements. However, a conversation with Ken Spaulding @zodiaceng led to a breakthrough “Why don’t you guys just make a standard cutter from the 1913 mil-std?” AB Tool they accepted the challenge. According to Alfred Lyon at AB Tool, after extensive learning and testing, they designed a standardized geometry that matches the military specification mean dimensions, saving machinists time while delivering outstanding aesthetics and precision. Why Machining Picatinny Rails is Difficult Picatinny rails are heavily utilized in defense, firearms, and optics industries due to their standardized dovetail geometry, which allows for mounting accessories securely. However, achieving these precise dimensions can be labor-intensive. Machinists often face:
AB Tool’s Game-Changing Solution AB Tool's solid carbide Picatinny Rail Cutters address these challenges head-on:
Real-World Performance Machinists have praised AB Tool’s cutters for their time-saving benefits and reliability. On forums like Practical Machinist, users note significant production gains. One machinist reported: “Investing in an AB Tool Picatinny rail cutter tripled production instantly.” AB Tool’s Picatinny Rail Cutters evolved from years of experience and collaboration. These tools solve the common challenges of machining Picatinny rails by reducing operations, improving consistency, and optimizing efficiency. Their adherence to the 1913 mil-spec and solid carbide durability make them the go to solution for anyone making Picatinny rails. For more information and to explore available options, visit JMI CNC & Automation or AB Tool’s product catalog. FOR IMMEDIATE RELEASE JMI CNC & Automation is excited to announce a new partnership with AKKO Tooling Systems, a global leader in precision-engineered CNC toolholders and cutting tools. This partnership brings AKKO’s innovative and high-quality products to JMI’s customers, enhancing machining capabilities across industries with reliable, performance-driven solutions.
Founded in 1986, AKKO Tooling Systems has grown into a renowned manufacturer, delivering exceptional rotary toolholders, turning and milling toolholders, and a comprehensive range of precision inserts. AKKO also sets itself apart with an extensive range of carbide grades tailored for different applications. While many tooling manufacturers limit themselves to a handful of carbide substrates, AKKO offers both high-performance grades and wear-resistant grades, allowing them to be more competitive and meet diverse machining needs. Their advanced solutions include:
“AKKO’s ability to provide a variety of carbide grades gives our customers the flexibility to optimize performance for specific applications, whether it’s high-speed, high-precision, or wear resistance,” said Kenneth Jones, President of JMI CNC & Automation. “This unique advantage, combined with their exceptional product range, allows AKKO to stand out as a versatile and competitive solution for the modern machining industry.” continued Jones. For more information about AKKO Tooling Systems and the solutions now available through JMI CNC & Automation, visit our AKKO landing page or contact us for a on-site demonstration to test some tools! ![]() EWS announced some significant enhancements to their BMT65 tool lineup. All BMT65 tools are now equipped with a new flexible coupling and EWS.Techline, aiming to boost performance and service life. The flexible coupling is designed to compensate for misalignment, allowing a maximum radial offset of 0.3 mm between the driven tool and the machine drive. Its mechanism operates similarly to the Oldham principle, with the coupling joint swiveling in one axis and sliding into the groove of the drive in the second plane. Additionally, an elastomer support ring is incorporated to reduce vibrations and noise, contributing to a more efficient and quieter operation. EWS.TechLine in detialEWS.TechLine is a suite of advanced technologies integrated into EWS's tooling systems to enhance performance, durability, and efficiency. This comprehensive package includes several key innovations including:
O.M.G. offers a wide range of Angle Heads. With more than 110 models and almost 4000 if we consider all the possible options, what O.M.G. has is the most wide range on the market today. O.M.G.'s TA angle heads are designed to provide CNC operators with greater flexibility and precision, particularly in operations requiring machining at various angles. The TA series angle heads are essential tools for increasing the capabilities of CNC machines, offering an great solution for complex milling, drilling, tapping, and other tasks that might otherwise require multiple setups or custom fixtures. Key Features of |
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