★ Vertical and rotary movements within a single unit. ★ The mechanism achieves compactness and convenient lightweight design. ★ No need for synchronous compensation setup during operation, as each axis can be independently function-driven. ★ Able to be combined with linear modules for transporting objects in a large space. ★ The nozzle is paired with the Z-axis and a rotational axis that features angle positioning capability. The rotational axis allows for angle-specific positioning without requiring simultaneous compensation, making the control process straightforward and user-friendly.
Features: ★Miniaturization, low profile, Built-in sensor can be used with Open-loop control. ★Sensor free available for Closed-loop control. ★Available to apply the specified driver with 32 IO points to control forcing torque.
Features: ★Miniaturization, low profile, Built-in sensor can be used with Open-loop control. ★Sensor free available for Closed-loop control. ★Available to apply the specified driver with 32 IO points to control forcing torque.
Features: ★Miniaturization, low profile, Built-in sensor can be used with Open-loop control. ★Sensor free available for Closed-loop control. ★Available to apply the specified driver with 32 IO points to control forcing torque.
Features: ★Miniaturization, low profile, Built-in sensor can be used with Open-loop control. ★Sensor free available for Closed-loop control. ★Available to apply the specified driver with 32 IO points to control forcing torque.
Features: ★Miniaturization, low profile, Built-in sensor can be used with Open-loop control. ★Sensor free available for Closed-loop control. ★Available to apply the specified driver with 32 IO points to control forcing torque.
★Use ball screw drive and patented self-lubricating sleeve guide for low wear, high rigidity, high smoothness and high precision. ★The drive unit and drive control are all optional, reducing wiring and reducing the space required to use the drive and controller. ★Built-in patented hex self-lubricating bushing that can withstand radial and moment loads while reducing vibration at stop, up to 200mm. ★The pusher can be rotated without load, so that it does not require an external guide rail, and the application is more compact in the mechanism.
★Miniaturization, low profile, Built-in sensor can be used with Openloop control. ★Built-in sensor can be used with Open-loop control. ★Patented anti-creep rails integrated, fit to vertical moving needs. ★Compact design of motor built-in.
★ When designing an adapter plate, customers should pay attention to ensuring that the protruding length of screws is shorter than the depth indicated in the drawings for the threaded holes in order not to damage the mechanism.
★Use ball screw drive and patented self-lubricating sleeve guide for low wear, high rigidity, high smoothness and high precision. ★The drive unit and drive control are all optional, reducing wiring and reducing the space required to use the drive and controller. ★Built-in patented hex self-lubricating bushing that can withstand radial and moment loads while reducing vibration at stop, up to 200mm. ★The pusher can be rotated without load, so that it does not require an external guide rail, and the application is more compact in the mechanism.