Multi Axis Actuator is an automation device that integrates multiple motion axes. By synergistically controlling linear and rotational axes, it achieves complex movements in two-dimensional, three-dimensional, or multi-dimensional spaces, providing precise power output and trajectory control for industrial automation, robotics technology, and high-end equipment. Multi Axis Actuator core value lies in upgrading the simple motion of a single axis to multi-dimensional collaborative work, meeting the modern manufacturing industry's demand for flexible and high-precision production.
Multi Axis Actuator is a precision electromechanical integrated device that integrates multiple motion axes and achieves high-end drive systems for complex spatial trajectory motion through collaborative control. This highly integrated system intelligently combines multiple linear and rotary actuators to form an automated platform that can perform precise motion and force control in multiple degrees of freedom. Multi Axis Actuator is the core driving component of modern high-end equipment and precision manufacturing.
Multi Axis Actuator consists of a basic motion shaft, transmission system, control system, and end effector unit:
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Linear axis (X/Y/Z axis) |
It adopts ball screw, synchronous belt or linear motor transmission to achieve linear displacement, with a positioning accuracy of ± 0.01mm and a maximum speed of 5m/s. |
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Rotating axis (R/A/B axis) |
Driven by harmonic reducer or planetary gearbox, it achieves angular rotation with a repeat positioning accuracy of ± 0.001 °, suitable for attitude adjustment. |
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Transmission and Drive |
Servo motors are used as power sources, connected to various shafts through couplings or reducers, and combined with absolute value encoders to form closed-loop control; The linear axis and the rotating axis are integrated through a rigid frame to ensure motion synchronization when multiple axes are linked. |
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Control system |
Based on PLC, motion controller or industrial PC, supports G-code and ladder diagram programming, can preset complex trajectories (such as spiral lines, spatial curves), and achieve nanosecond level data exchange through bus protocols such as EtherCAT. |
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TM-FA |
TM-FB |
TM-FB2Z2 |
TM-FBZ2 |
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TM-FC |
TM-FCZ |
TM-FD |
TM-FDZ |
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TM-FE |
TM-FEZ |
TM-FF |
TM-FFZ |
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TM-FG |
TM-FF2 |
TM-FGZ |
TM-FBZ2 |
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Model of Each Axis |
Model of Each Axis |
Model of Each Axis |
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X Axis |
Y Axis |
Z Axis |
X Axis |
Y Axis |
Z Axis |
X Axis |
Y Axis |
Z Axis |
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TM100 |
TM45 |
TM135 |
TM100 |
TM100 |
TM150 |
TM135 |
TM135 |
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TM100 |
TM62 |
TM135 |
TM135 |
TM100 |
TM200 |
TM100 |
TM62 |
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TM100 |
TM100 |
TM45 |
TM135 |
TM135 |
TM135 |
TM200 |
TM100 |
TM100 |
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TM100 |
TM100 |
TM62 |
TM150 |
TM62 |
TM200 |
TM135 |
TM100 |
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TM100 |
TM100 |
TM100 |
TM150 |
TM100 |
TM62 |
TM200 |
TM150 |
TM100 |
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TM135 |
TM62 |
TM150 |
TM100 |
TM100 |
TM200 |
TM150 |
TM135 |
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TM135 |
TM100 |
TM62 |
TM150 |
TM135 |
TM100 |
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Model of Each Axis |
Model of Each Axis |
Model of Each Axis |
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X Axis |
Y Axis |
Z Axis |
X Axis |
Y Axis |
Z Axis |
X Axis |
Y Axis |
Z Axis |
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TM100 |
TM45 |
TM135 |
TM100 |
TM100 |
TM150 |
TM135 |
TM135 |
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TM100 |
TM62 |
TM135 |
TM135 |
TM100 |
TM200 |
TM100 |
TM62 |
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TM100 |
TM100 |
TM45 |
TM135 |
TM135 |
TM135 |
TM200 |
TM100 |
TM100 |
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TM100 |
TM100 |
TM62 |
TM150 |
TM62 |
TM200 |
TM135 |
TM100 |
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TM100 |
TM100 |
TM100 |
TM150 |
TM100 |
TM62 |
TM200 |
TM150 |
TM100 |
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TM135 |
TM62 |
TM150 |
TM100 |
TM100 |
TM200 |
TM150 |
TM135 |
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Typical application scenarios of Multi Axis Actuator
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Automotive parts assembly |
On the engine valve assembly line, multi axis actuators use X/Y/Z axis linear motion combined with R axis rotation to accurately press the valve into the cylinder block, with a single station cycle time of less than 8 seconds and an accuracy of ± 0.02mm |
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Logistics sorting robot |
AGV equipped with 4-axis actuators, dynamically grasps irregular packages through X/Y-axis translation, Z-axis lifting, and end rotation axis (R-axis) angle adjustment, achieving a sorting efficiency of 2000 pieces/hour. |
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Medical minimally invasive surgery |
6-axis actuators drive surgical instruments, controlling depth and position through 3 linear axes, simulating wrist movements through 3 rotational axes, and cooperating with force control sensors to achieve 0.1mm level tissue manipulation with incision errors less than 0.5mm |
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Aerospace testing |
In aircraft composite material testing, multi axis actuators drive ultrasonic probes to move along curved surfaces, and complete full coverage testing of complex surfaces through X/Y axis scanning and A/B axis angle adjustment, with an efficiency 10 times higher than manual inspection. |
In the future, Multi Axis Actuator will be upgraded towards intelligence and collaboration: autonomous path planning will be achieved through integrated AI algorithms, combined with 5G technology to support multi machine cluster operations, gradually applied to cutting-edge fields such as spacecraft assembly and extreme environment operations, promoting automation from "precise execution" to "autonomous decision-making".
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