Joyce: Actuators, Screw Jacks and More!
Actuators, Jacks, and More!
Joyce Dayton is one of North America's premier manufacturers of mechanical and electric actuators, lifting systems, and screw jacks. Their extensive product line encompasses linear actuators, rotary actuators, and various other motion control solutions, all meticulously designed for precision and reliability. With a focus on durability and performance, Joyce Dayton's lifting systems feature screw jacks and electric cylinders capable of efficiently handling heavy loads across diverse industrial applications.
Resources
Download the Joyce Catalog to learn more about their range of screw jacks and actuators.
Joyce CatalogAbout Actuators
At Industrial Precision Services, we specialize in sourcing actuator products in various sizes and capacities for different applications. Actuators serve a ‘mission-critical’ role in many industrial applications and are typically made to order for your specific needs.
Machine Screw Actuators
Machine Screw Actuators offer precise positioning, uniform lifting speeds, and capacities up to 250 tons. Standard model configurations include upright or inverted units with translating or rotating lifting screws. End configurations are available with top plate, plain, threaded, or clevis end.
- Precision Rolled Acme Thread allows positioning within thousandths of an inch.
- Self-Locking – No cribbing required when the actuator is subjected to minimal vibration.
- Hardened Gear Set allows higher efficiency and longer life.
- Precision Gears allow synchronized lifting in multi-actuator systems.
- Rugged housings made of Cast Aluminum Alloy (MA models) or Ductile Iron to safely mount to a variety of structures.
Ball Screw Actuators
Ball Screw Actuators provide high efficiency and high speed in a linear positioning package up to 100 tons. The low-friction ball screw and nut design provides longer life at load and requires less power to achieve specified thrust and movement. Ball Screw Actuators can be used individually, in tandem, or as part of a larger mechanical system.
- Ideal for high speeds and continuous cycle applications.
- Ball screw design allows for reduced horsepower requirements.
- Reduced friction provides extended service life and lower operating costs.
- Integrated ball bearing design reduces operating temperatures.
- Precision screw lead offers exact positioning for multiple actuator systems.