introduction
The Direct-Connect Sliding Actuator is a high-rigidity electric cylinder integrating a servo-driven ball screw and guided slide structure. Designed for precise linear motion and load handling, it is ideal for automation tasks such as positioning, clamping, and material transfer in industrial systems.
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LDE63(Maximum Load 1000kg) |
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Motor Power (W) |
400W (3000rpm) |
750W (3000rpm) |
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Rated torque N. m |
1.27 |
2.4 |
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Driving mode |
Ball screw C7 conversion/ball screw C5 grinding (default C7) |
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Repeat positioning accuracy (mm) |
±0.02/±0.01 |
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Screw Lead (mm) |
5 |
10 |
5 |
10 |
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Max speed (mm/sec) |
250 (1: 1) 30 (5: 1) 83.3 (3: 1) 35 (7: 1) 62.5 (4: 1) |
500 (1: 1) 71 (7: 1) 166 (3: 1) 50 (10: 1) 125 (4: 1) 41 (12: 1) 100 (5: 1) 33 (15: 1) |
250 (1: 1) 50 (5: 1) 83.3 (3: 1) 35 (7: 1) 62.5 (4: 1) |
500 (1: 1) 100 (5: 1) 166 (3: 1) 71 (7: 1) 125 (4: 1) |
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Rated thrust (N) |
1360 (1: 1) 4080 (3: 1) 5440 (4: 1) 6800 (5: 1) 9520 (7: 1) |
680 (1: 1) 2040 (3: 1) 2720 (4: 1) 3400 (5: 1) 4760 (7: 1) 6800 (10: 1) 8160 (12: 1) 10200 (15: 1) |
1360 (1: 1) 4080 (3: 1) 5440 (4: 1) 6800 (5: 1) 9520 (7: 1) |
1275 (1: 1) 3825 (3: 1) 5100 (4: 1) 6375 (5: 1) 8925 (7: 1) |
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Effective stroke (mm) |
10-1000 |
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Sensor |
Electronic magnetic switch*3 |
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features
Reinforced Structure
Four high-strength external tie rods significantly enhance overall rigidity, minimizing deformation and improving stability under high thrust conditions.
Direct-Drive Design
The inline motor connection reduces transmission loss, delivering faster response, higher efficiency, and smooth, backlash-free motion.
Durable Construction
A combination of aluminum housing and steel steel internal components ensures an optimal strength-to-weight ratio and long-term durability in continuous-duty environments.
High Positioning Accuracy
Equipped with a precision ball screw, the actuator achieves repeatability of up to ±0.01–0.02 mm.
Refined Surface Treatment
Sandblasted and nickel-plated finishes enhance resistance to corrosion and wear, minimizing maintenance.
LIND Standard installation method and size diagram
CB: Rear double pin ears
CA: Rear single sales ear
FB: Rear bottom plater
TC: Rear ear axle seat
LA: Horizontal bearing seat
FG: Front flange with guide postt
FA: Front flange
FTC: Front ear axle seat
J: Frontjoint bearing
Y: Y-shaped hinge
SP: pressure sensor
applications
- Automotive component press-fitting, clamping, and assembly
- Automated positioning, pressing, and material handling in industrial machinery
- Packaging, stamping, and forming equipment
- Testing equipment, force control systems, and precision workstations
- Medium-load applications such as pushing, lifting, and linear positioning
FAQ
Q1: What are the main advantages of a sliding actuator structure?
A sliding actuator provides built-in guidance and higher rigidity, reducing side-load impact and ensuring stable motion without additional external guides.
Q2: Can it replace pneumatic or hydraulic cylinders?
Yes. Electric cylinders offer higher precision, programmability, and energy efficiency, making them a reliable alternative to pneumatic and hydraulic solutions.
Q3: Is customization available for OEM projects?
Yes. Stroke length, mounting options, motor type, and control interfaces can be customized to meet specific application requirements and integration needs.
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