KIPP K2125.2501408X30 Cam Lever Adjustable Size 2 M08X30 A=96 B=33.3 Aluminum Red RAL3020 Powder-Coated Comp: Steel

# Hand Tools - Lever Clamps The KIPP K2125.2501408X30 Cam Lever Adjustable is an essential tool for securing and clamping applications in various mechanical engineering and automotive settings. This lever clamp is designed to provide a reliable and adjustable clamping solution, ensuring precision and ease of use in your operations. ## Key Features • **Adjustable Size 2**: This cam lever clamp accommodates diverse applications with its adjustable design, allowing for enhanced versatility in clamping. • **Thread Size**: M08x30, ensuring compatibility with a wide range of mounting requirements. • **Dimensions**: A=96 mm, B=33.3 mm, providing an optimal balance between size and functionality for effective clamping. • **Material Composition**: Constructed from high-quality aluminum with a durable RAL3020 powder-coated finish, ensuring resistance to corrosion and wear. • **Clamping Mechanism**: Features a robust cam mechanism that allows for quick and secure fastening, improving operational efficiency. ## Applications • **Mechanical Engineering**: Ideal for use in various machinery setups, particularly where reliable clamping is critical for safety and precision. • **Automotive Industry**: Perfect for securing components during assembly or repair processes, enhancing productivity and accuracy. • **Manufacturing Facilities**: Suitable for clamping tasks in diverse manufacturing environments, supporting streamlined workflows and improved output. ## Benefits • **Enhanced Efficiency**: The adjustable clamp design allows for quick adjustments, reducing downtime during setup and operation. • **Durability**: The high-quality aluminum and powder-coated finish increase the lifespan of the clamp, making it a cost-effective solution for long-term use. • **Versatile Use**: Compatible with various applications across different industries, making it a multi-functional tool for professionals. --- *Product information compiled with AI assistance for reference purposes.*