China Switchgear propulsion trim Manufacturer, Supplier, Factory

Richge Technology compact energy-saving VBA pneumatic booster regulator adopts self-optimized high-efficiency boosting air circuit independent R&D technology, cutting air consumption effectively. The ultra-small lightweight body supports dual mounting ways with stable low-ripple high-precision pressure output. Fully pneumatic explosion-proof structure realizes maintenance-free long service life. We keep sufficient inventory and rising annual sales volume. Widely applied to auto manufacturing, automated clamping and mold cleaning, it offers economical local pressure boost without overall factory air system transformation.

SOLH MHF2 ultra-thin dual-piston linear guide parallel air gripper is fully interchangeable with equivalent SMC models. Its ultra-flat body height is only roughly one-third of MHZ2, effectively reducing bending moment at robot end effectors. Bore sizes range from 8 to 32 mm. It is purely double-acting with built-in throttle valves for speed adjustment. Each bore offers three stroke variants: D short, D1 medium and D2 long, with repeat positioning accuracy ±0.04~±0.05 mm. Four-sided sensor grooves enable multi-direction mounting including bottom tapping and through-hole installation; -F single-jaw fixed type is optional. Φ25/32 large sizes adopt recirculating ball guides for enhanced rigidity. Built-in magnetic rings work with M9B/M9N/M9P reed switches for position feedback. Ideal for height-restricted compact spaces, miniature linear modules, small robot EOAT, semiconductor and 3C precision assembly. During selection, jaw overhang length must be limited and bending moment verified with a safety factor ≥1.5.

SOLH MHY2 cam-driven 180° wide swing pneumatic gripper is fully interchangeable with equivalent SMC models. It adopts cam transmission instead of gear mechanism, achieving maximum 180° opening angle with -3° over-close position to prevent workpiece loosening. Bore sizes cover 10/16/20/25 mm, purely double acting without single acting NO/NC variants, and repeat positioning accuracy reaches ±0.02 mm. Optimized narrow clearance construction enhances dust resistance. Four-side sensor grooves are available, and through-hole mounting is optional. Built-in magnetic rings work with M9 series reed switches to send open/closed feedback signals to PLC. Due to lever transmission, effective clamping force declines sharply with extended jaw overhang; torque verification is required during selection, and clamping arm length is recommended within 35 mm. Ideal for picking and flipping large-diameter tubular and irregular workpieces at miniature robot end effectors. MHW2 gear swing gripper is recommended if power-off holding or larger heavy-duty bore is required; MHZ2 parallel gripper is preferred for centered linear clamping.

Richge specializes in high-quality Switchgear connection brackets designed to meet diverse electrical equipment installation needs. Manufactured from premium materials, our connection brackets ensure stability and durability for various switchgear and distribution systems. We utilize advanced production technologies and rigorous quality control processes to guarantee that each bracket adheres to international standards. With exceptional product quality and superior customer service, we have earned the trust and satisfaction of our clients. Choose us for reliable solutions and ongoing technical support. Contact us to learn more about our products and services.

Richge is a manufacturer of Switchgear Earthing Contacts in China, specializing in high-quality components designed to ensure effective and reliable earthing for electrical switchgear systems. Our earthing contacts are engineered to provide safe and secure connections, enhancing the overall safety and performance of switchgear assemblies.

The Switchgear Steel Cup Washer is an essential component designed to provide robust support and stability within electrical switchgear assemblies. Crafted from high-quality steel, this washer features a unique cup-shaped design that enhances load distribution and minimizes the risk of deformation under heavy loads.