vise jaws replacement pads 125x37x5 mm

• ➥ more precise results
• ➥ reduce clamping time by up to 10%
• ➥ facilitation in everyday working life
• ➥ secure fixation in a vice
• ➥ connectability parallel bars
• ➥ machining close to the vice
• ➥ quick cleaning
• ➥ magnets embossed instead of glued in

The milling machine underlay pad 125x37x5mm, a revolutionary innovation from MagTriXX, is designed to revolutionize your CNC milling processes. This cutting-edge accessory is an essential addition to any machinist's toolkit, delivering unparalleled precision and efficiency. The milling machine underlay pad 125x37x5mm, or as we like to call it, the MagTriXX Parallel Bar, features a unique implementation of neodyn magnets on its backside. These powerful magnets enable fast, precise workpiece positioning and fixing. The use of these magnets also helps to prevent milling chips from falling behind the parallel bars, ensuring a cleaner workspace and maintaining precision during production. In addition to its magnetic benefits, the MagTriXX Parallel Bar is made from high-quality hardened and distortion-free tool steel. This ensures durability and long-lasting performance, even under heavy usage. Furthermore, the parallel bars are only 2.5mm thick - significantly thinner than conventional alternatives, which are usually more than 10mm. This results in increased machine workspace, allowing for more flexibility and efficiency during the milling process. By incorporating this milling machine underlay pad 125x37x5mm into your CNC milling setup, you can witness the magic of magnets firsthand as they enhance precision and efficiency like never before. Experience streamlined processes, reduced downtime, and improved overall productivity with MagTriXX's cutting-edge accessory. In summary, the milling machine underlay pad 125x37x5mm is an indispensable tool for any machinist seeking to optimize their CNC milling operations. With its unique magnetic properties, increased workspace, and durability, this innovative product from MagTriXX will revolutionize your manufacturing processes and take your precision and efficiency to new heights.