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DriveSpin brushless DC
The Spinea DriveSpin brushless DC servo rotary actuators come packed with several impressive features that make them stand out from the competition. First and foremost, these actuators offer high precision and repeatability, thanks to their integrated high-resolution encoder and zero backlash integrated TwinSpin cycloidal reducer technology. This makes the DriveSpin actuators ideal for a wide range of applications that require high positioning accuracy and tight tolerance control.
Another key feature of the Spinea DriveSpin rotary actuators is their high torqueto-weight ratio, which makes them incredibly powerful despite their compact size. With torque capacities ranging from 18 Nm to 460 Nm, these actuators can handle heavy loads with ease, making them suitable for use in industry 4.0 and automation applications, such as robotics, packaging, and assembly systems.
In addition to their wide range of features, the Spinea DriveSpin rotary actuators also offer many benefits to users. These benefits include reduced maintenance requirements, long service life, and high efficiency. Unlike hydraulic or pneumatic systems, these electric actuators do not require regular maintenance, resulting in significantly lower operating costs over time. Furthermore, they boast a long service life, thanks to their robust construction and high-quality materials. With an efficiency rating of up to 95%, DriveSpin actuators also help users conserve energy, further reducing their overall operating costs.
Advantages:
• low lost motion
• low moment of inertia
• high reduction ratio
• high kinematic accuracy
• high moment overload capacity
• high capatity of the integrated radial-axial output bearings
• high dynamic performance
Applications:
• Robotics: 6-axis robots, gantry robots and manipulators
• Machines: CNC machine, grinding machine, lathe machine
• Special machines: bending machine
• Medicine equipment
• Aerospace applications
• Flight simulators
• Defense industry
• Semiconductor industry
• Radar and monitoring systems