Te-Co RWS8002 ReLock Double Station Vise, 4" Total Height, 28.5" Total Length, 8" Total Width, 8" Vise Size, 0 to 16000 lb Clamping Pressure, Cast Iron Material

# Te-Co RWS8002 ReLock Double Station Vise The **Te-Co RWS8002 ReLock Double Station Vise** is an essential workholding solution designed to enhance machining efficiency and precision. Engineered with advanced features, this vise is ideal for a variety of machining applications in industries such as automotive, aerospace, and medical manufacturing. ## Key Features • **Dimensions**: Total height of 4 inches, total length of 28.5 inches, and total width of 8 inches, providing a compact yet robust design suitable for various setups. • **Vise Size**: 8 inches, accommodating a wide range of workpieces while ensuring optimal clamping. • **Clamping Pressure**: Capable of exerting a clamping force ranging from 0 to 16, 000 lbs, ensuring secure holding of materials during operations. • **Material**: Constructed from high-quality cast iron, delivering durability and resistance to wear under demanding machining conditions. • **Design**: Features a double station configuration, allowing for simultaneous clamping of two workpieces, thereby increasing productivity. ## Applications • Ideal for use in CNC machining centers, milling machines, and other machining equipment where precision workholding is critical. • Compatible with various workpieces across different industries, including automotive components, aerospace parts, and precision medical devices. • Suitable for both small machine shops and large-scale manufacturing operations, offering versatility in application. ## Benefits • **Enhanced Productivity**: The dual-station design allows for multitasking, reducing downtime and increasing throughput during machining operations. • **Reliable Performance**: With a high clamping force and durable material, the RWS8002 ensures stability and precision, minimizing the risk of workpiece movement. • **Long-lasting Durability**: The cast iron construction provides resistance to deformation and wear, making it a dependable tool in high-demand environments. --- *Product information compiled with AI assistance for reference purposes.*