KIPP K2125.15114A1X30 Cam Lever Adjustable Size 1 10-32X30 A=70.4 B=21.5 Aluminum Red RAL3020 Powder-Coated Comp: Stainless Steel

# Kipp Cam Lever Adjustable Size 1 The Kipp K2125.15114A1X30 Cam Lever is an advanced clamping solution designed to provide reliable and efficient operation in various mechanical engineering applications. Engineered with precision, this adjustable lever clamp is made from high-quality materials to ensure durability and optimal performance. ## Key Features • **Adjustable Size 1**: Specifically designed for 10-32 threads, allowing for versatile application across different setups. • **Robust Construction**: Made from premium aluminum with a striking red RAL3020 powder-coated finish, ensuring both aesthetic appeal and corrosion resistance. • **Design Specifications**: - Length (A): 70.4 mm - Width (B): 21.5 mm • **Stainless Steel Components**: Incorporates stainless steel parts for enhanced strength and longevity in demanding environments. • **User-Friendly Operation**: Cam lever design enables quick and easy adjustments, facilitating efficient clamping and release. ## Applications • **Mechanical Engineering**: Ideal for clamping operations in various mechanical assemblies, offering reliable performance in both industrial and maintenance settings. • **Modular Clamping Solutions**: Compatible with Kipp's extensive range of clamping systems, allowing for seamless integration and customization. • **Sustainability Focus**: Supports eco-friendly initiatives with its durable materials and efficient manufacturing process. ## Benefits • **Enhanced Efficiency**: Quick-release mechanism minimizes downtime, enabling faster workflow and productivity. • **Durability and Reliability**: High-quality materials ensure long-term performance, reducing the need for frequent replacements. • **Versatile Use**: Suitable for a wide range of applications in automotive, industrial, and workshop environments, making it a versatile tool for professionals. --- *Product information compiled with AI assistance for reference purposes.*