Schunk 1493456 KSX-C2 125-330-L Standard Single-acting Vise

Schunk KSX-C2 125-330-L Standard Single-acting Vise The Schunk KSX-C2 125-330-L Standard Single-acting Vise is a precision tool designed for machining applications that require exceptional clamping performance and reliability. This high-quality vise is engineered to deliver robust gripping capabilities while maintaining accuracy, making it an essential component for any machining setup.

Key Features

• Clamping Range: Accommodates workpieces from 125 mm to 330 mm, providing versatility for various machining tasks.
• Single-acting Mechanism: Features a user-friendly single-acting design that ensures quick and efficient workpiece clamping with minimal effort.
• Material Construction: Manufactured from high-strength steel, offering durability and resistance to wear, while ensuring long service life.
• Precision Machining: Engineered for high precision with tolerances that meet stringent industry standards, enhancing machining accuracy.
• Integration Compatibility: Easily integrates with existing setups and automation systems, ensuring seamless operation in different machining environments.

Applications

• Machining Centers: Perfect for CNC machining centers where precise workpiece positioning is critical for optimal machining results.
• Milling Operations: Ideal for milling operations in various industries, including automotive, aerospace, and general manufacturing.
• Tooling Applications: Utilized in tooling applications where consistent and repeatable clamping is necessary for quality assurance.

Benefits

• Enhanced Efficiency: Reduces setup time significantly, allowing for increased productivity in manufacturing processes.
• Reliable Performance: The robust design ensures consistent clamping force, resulting in superior machining quality and reduced workpiece movement.
• Longevity: High-quality materials and construction contribute to the vise's longevity, reducing the need for frequent replacements and maintenance. --- Product information compiled with AI assistance for reference purposes.