KIPP K2127.253184A3X30 Cam Lever Adjustable Size 2 5/16-18X30 A=100 B=33 Polyamide Red RAL3020 Comp: Stainless Steel

# KIPP Cam Lever Adjustable Clamp The KIPP K2127.253184A3X30 Cam Lever Adjustable Clamp is a robust and versatile tool designed for precise clamping applications in automotive and industrial environments. This high-quality lever clamp is engineered for easy adjustment and reliable performance, making it an essential addition to any workshop or assembly line. ## Key Features • **Size & Thread Specifications**: Adjustable size of 2 5/16"-18X30, providing versatility for various clamping needs. • **Material Composition**: Constructed from durable polyamide with a striking red finish (RAL3020) and a stainless steel component, ensuring both strength and corrosion resistance. • **Clamping Force**: Designed to deliver a high clamping force, facilitating secure holding of workpieces during machining or assembly. • **Ergonomic Design**: Features an ergonomic cam lever handle that allows for quick and easy operation, enhancing user efficiency. • **Adjustability**: Offers precise height adjustments with locking capabilities, making it suitable for a wide range of applications. ## Applications • **Automotive Assembly**: Ideal for clamping components during assembly processes, ensuring stability and precision. • **Mechanical Engineering**: Commonly used in workshops and factories for holding parts securely in place during machining or fabrication. • **Customization Projects**: Suitable for bespoke applications where adjustable clamping is essential, allowing for flexibility and adaptability. ## Benefits • **Enhanced Efficiency**: The quick-adjust design minimizes downtime, allowing for rapid setup and transition between tasks. • **Durability**: The combination of polyamide and stainless steel ensures long-lasting performance even in demanding environments. • **Versatile Use**: Its adjustable nature makes it compatible with various workpieces, enhancing its utility across multiple applications. --- *Product information compiled with AI assistance for reference purposes.*