WRF
The WRF100 series clamp cylinders deliver exceptional high clamping force for demanding industrial applications across automotive, heavy fabrication, and assembly operations. Engineered for versatility, these robust actuators secure large workpieces with superior holding power, ensuring stability during welding, machining, and fixture-based processes in high-volume production environments.
Standardized T-type and S-type arm configurations provide application-specific optimization, allowing precise selection based on workpiece geometry, approach angle, and clamping requirements. The T-type arms offer straight-line clamping for flush surfaces, while S-type arms provide angled approach for contoured parts, eliminating the need for custom fabrication and reducing inventory complexity.
A standout feature is the optional spatter protective cover, designed for easy assembly even after cylinder installation. This innovative retrofit capability minimizes downtime during maintenance cycles and enhances weld cell longevity by preventing spatter accumulation on critical components. The cover's simple attachment mechanism ensures rapid deployment without specialized tools or system disassembly.
Constructed with heavy-duty, corrosion-resistant materials and weld-spatter-resistant coatings, the WRF100 withstands extreme industrial conditions while maintaining consistent performance. Low-friction seals and precision-guided arms deliver smooth, repeatable clamping with micron-level accuracy, critical for automated production sequences.
Auto switch capability provides real-time position feedback for seamless PLC integration, enabling process synchronization, safety interlocks, and cycle optimization. Pneumatic-powered with efficient operation at standard pressures, the WRF supports high-speed clamping exceeding 40 cycles per minute. Flexible mounting configurations accommodate diverse fixture designs.
The WRF100 series excels in applications requiring maximum clamping force with application versatility. Its standardized arms, easy spatter protection, and robust construction ensure operational reliability, workpiece integrity, and minimal maintenance in precision manufacturing environments.
