Solid Carbide Tool Holder C07K-SCLCR06 for CCMT0602 Insert, 100mm Length, 7mm Shank Diameter, Anti-Shock Design, High Grip for CNC Boring Bar Cutter Applications

Features:* Carbide itself has high hardness, strong wear resistance, good toughness, heat resistance, resistance and other excellent properties, so the processed tool bar also has high hardness and wear resistance. Effectively improve the processing density and product effect.* High grip, strong for impactresistance, large trimming processing speed advantage.* Maintain strict tolerances and unparalleled performance.* Practical and a variety of processing environments, even in very dirty environments such as cast iron, it has good characteristics.* User clamping, easy replacement, only a wrench is needed to complete the replacement of blades and gaskets.* Strong anti-seismic ability and extended service life.Specifications:Part name: Solid carbide tool holderModel: C07K-SCLCR06Material: Solid carbideColor: As shown in the pictureSize: Length: 100mmHandle diameter: 7mmApplicable blade：CCMT0602** (not included)Package contents:1 x C07K-SCLCR06 tool holder1 x wrench

• [HIGH-PERFORMANCE CARBIDE TOOL HOLDER] Constructed from solid carbide, this tool holder is engineered for exceptional hardness and wear resistance, ensuring top-tier performance in diverse machining applications.
• [SHOCK-RESISTANT ENGINEERING] Offers resistance while maintaining a strong grip, allowing for high-speed trimming capabilities without compromising stability.
• [USER-FRIENDLY CLAMPING SYSTEM] Facilitates easy blade and gasket changes with just a wrench needed, streamlining maintenance processes to keep your operations running smoothly.
• [ADAPTABLE TO CHALLENGING ENVIRONMENTS] Performs well in various processing conditions, including dirty settings such as cast iron workspaces, providing reliable results every time.
• [STRICT DIMENSIONAL ACCURACY] With exact measurements of 100mm in length and 7mm in handle diameter, it is designed to work seamlessly with CCMT0602 blades for enhanced efficiency.