Kipp K2125.9511104X15 adjustable cam lever size 9 with M4×15mm external thread. Stainless steel components with jet black RAL9005 powder-coated finish. Ideal for workholding and fixturing applications requiring quick clamping and release.

KIPP Cam Lever Adjustable Clamp The KIPP K2125.9511104X15 Cam Lever Adjustable Clamp is a precision-engineered hand tool designed to provide robust clamping solutions in various mechanical applications. This lever clamp is ideal for securing workpieces firmly while allowing quick adjustments, making it essential for any workshop or industrial setting. ## Key Features • **Adjustable Size**: Size 9 M04X15, providing versatility for different clamping needs. • **Dimensions**: A=36.2 mm, B=14.4 mm, ensuring a compact design that fits into tight spaces. • **Material Composition**: Constructed from high-quality aluminum with a black RAL9005 powder-coated finish, offering excellent corrosion resistance and durability. • **Component Quality**: Features stainless steel components that enhance strength and longevity under operational stress. • **Ergonomic Design**: The cam lever mechanism allows for easy operation and efficient clamping, reducing operator fatigue. ## Applications • **Mechanical Engineering**: Ideal for use in machinery assembly, maintenance, and repair tasks where secure clamping is critical. • **Workholding Solutions**: Perfect for holding workpieces in place during machining, welding, or fabrication processes. • **Industrial Use**: Suitable for various sectors, including automotive, aerospace, and manufacturing, ensuring precision and reliability in clamping operations. ## Benefits • **Enhanced Clamping Efficiency**: Quick-release action allows for rapid adjustments, improving workflow and productivity. • **Durability**: The combination of aluminum and stainless steel ensures long-lasting performance, even in demanding environments. • **Versatility**: Adjustable size accommodates a range of applications, making it a valuable addition to any toolkit. --- *Product information compiled with AI assistance for reference purposes.*