Purpose and key benefits Securely holds cutting tools on a tool post to improve stability, repeatability, and part quality. Reduces friction and surface wear for smoother operation and less maintenance. hardness and wear resistance extend service life and reduce downtime in demanding industrial use. What makes this tool post holder stand out surface treatment: an advanced surface finish reduces friction and wear, giving smoother tool changes and more consistent cutting performance. Precision engineered: each holder receives full grinding and multiple precision processing steps for accurate dimensions, tight tolerances, and consistent fitment. Extreme durability: components are quenched to achieve hardness and enhanced wear resistance, making the holder robust against impact and abrasion. material: made from speed steel for strength, toughness, and resistance to breakage in heavy use. Practical performance and benefits in use Improved cut quality: reduced tool movement and chatter help produce cleaner surfaces and tighter tolerances. Longer service intervals: hardened, wearresistant surfaces and precise machining slow wear and maintain accuracy longer. Reliable under load: quenched components and speed steel construction resist deformation and damage in continuous or heavyduty operations. Typical applications Precision turning and facing where repeatable tool position and minimal vibration are required. Production runs and workshop environments where extended service life and reduced maintenance are priorities. , prototyping, and lighttoheavy industrial machining tasks that demand consistent holding strength and dimensional accuracy. What to expect Function: quality tool holding with reduced friction and stable clamping. Material: speed steel for toughness and break resistance. Performance: precisionground surfaces and quenched components deliver dependable accuracy and longterm wear resistance. Suitability: built to perform reliably in industrial settings and demanding machining operations. User tips Inspect and clean mounting surfaces before installation to preserve the precision finish. Use recommended clamping torque and check periodically for wear to maximize service life. when wear begins to affect tool position or part quality to maintain consistent machining results.