Buyohlic's Mini Lathe Cut Off Parting & Grooving Tool older With HSS Parting Blade

Precision Parting & Grooving Performance Engineered for accurate parting-off, grooving, and fine-detail machining operations. The rigid tool design delivers smooth, clean, and burr-free cuts while reducing chatter, making it ideal for precision metalworking applications. Premium M2 High-Speed Steel Blade Supplied with a high-quality M2 HSS parting blade for superior cutting performance, excellent wear resistance, and extended tool life. The blade maintains its cutting edge even under demanding machining conditions. Blade Size: 1.5mm × 8.25mm × 73mm Compatible with Multiple Tool Holder Sizes Designed to suit a wide range of mini and bench lathes, including Myford and similar machines. Available in the following shank sizes: 8mm × 8mm × 70 mm (Center Height: 9 mm - upto 0.02 mm) 10mm × 10mm × 70 mm (Center Height: 11 mm - upto 0.02 mm) 12mm × 12mm × 75 mm (Center Height: 13 mm - upto 0.02 mm) This versatility makes it suitable for both professional workshops and home machining setups. Rigid Clamp-Type Construction The robust clamping system securely holds the blade in position, minimizing vibration and blade movement during cutting operations. This ensures improved accuracy, better surface finish, and enhanced operator confidence. Ideal for Professional & Hobby Machinists Perfect for machinists, model engineers, toolmakers, maintenance workshops, and DIY enthusiasts. Suitable for parting, slotting, and grooving operations on steel, brass, aluminum, copper, and other machinable materials. Specifications Tool Type: Clamp-Type Parting Off Tool Holder Blade Material: M2 High-Speed Steel (HSS) Blade Size: 1.5mm × 8.25mm × 73mm Shank Sizes Available: 8mm × 8mm × 70 mm 10mm × 10mm × 70 mm 12mm × 12mm × 75 mm Application: Parting, Grooving, and Precision Cutting Suitable For: Myford Lathes and Other Compatible Mini & Bench Lathes A compact, durable, and highly effective parting tool designed to deliver precise cutting performance and reliable results in every machining operation.