KIPP K2125.2511408X50 Cam Lever Adjustable Size 2 M08X50 A=96 B=33.3 Aluminum Red RAL3020 Powder-Coated Comp: Stainless Steel

# Hand Tools - Lever Clamps The KIPP K2125.2511408X50 Cam Lever is a highly versatile adjustable lever clamp designed for secure and efficient clamping in various industrial applications. Engineered with precision, this lever clamp combines robust materials with innovative design to deliver exceptional performance. ## Key Features • **Adjustable Size**: Size 2 with a thread specification of M08x50, providing flexibility for different clamping needs. • **Dimensions**: A=96 mm and B=33.3 mm, ensuring a perfect fit for multiple applications. • **Material Composition**: Constructed from high-quality aluminum with a striking red powder-coated finish (RAL3020), offering both durability and corrosion resistance. • **Clamping Mechanism**: Features a reliable cam action for quick and easy adjustments, allowing for secure fastening with minimal effort. • **Complementary Components**: Incorporates stainless steel components for enhanced strength and longevity, making it suitable for demanding environments. ## Applications • **Industrial Clamping**: Ideal for use in mechanical engineering, assembly lines, and manufacturing processes where quick adjustments are essential. • **Versatile Compatibility**: Compatible with a wide range of materials and fixtures, making it suitable for various sectors including automotive, aerospace, and general manufacturing. • **Operational Suitability**: Designed for environments where reliability and speed are paramount, ensuring that workpieces are held securely during operations. ## Benefits • **Efficiency**: The quick-release cam lever design allows for rapid engagement and disengagement, enhancing productivity in time-sensitive tasks. • **Reliability**: Crafted with high-quality materials, this lever clamp ensures consistent performance and longevity, reducing the need for frequent replacements. • **User-Friendly**: The ergonomic design promotes ease of use, minimizing operator fatigue while maximizing clamping force. --- *Product information compiled with AI assistance for reference purposes.*