High precision Positioning EG Series Guide Rod Electric Cylinders Long life Intelligent Drive
Product Description
High precision Positioning EG Series Guide Rod Electric Cylinders Long life Intelligent Drive
I. Product Overview The EG series guide rod electric cylinders are high-performance linear actuators. Their core structure integrates a ball screw drive and dual guide rod guidance system, achieving a balance of high-precision positioning, strong lateral load resistance, and long service life. They can fully replace traditional pneumatic and hydraulic cylinders, and are suitable for fields with strict requirements on stability and precision, such as automotive manufacturing, 3C electronics, and medical equipment.
II. Core Advantages
Superior Rigidity and Lateral Load Resistance: Adopts a design of dual precision guide rods and recirculating ball bearing guide rails, with lateral load resistance 5-10 times higher than ordinary electric cylinders, ensuring stable operation under heavy-load or cantilever working conditions. For example, the EG32 model has a lateral displacement of ≤0.02mm under a vertical load of 24kg, far exceeding industry standards.
Micron-Level Positioning Accuracy: Equipped with a ball screw drive and high-precision encoder feedback, the repeat positioning accuracy reaches ±0.02mm. Some models can achieve an extreme accuracy of ±0.003mm through closed-loop control, meeting the needs of precision assembly and optical inspection.
Modular Design and Flexible Integration: Supports multiple installation methods (flange, trunnion, through-hole) and motor interfaces (servo/stepper motors) for quick integration into production lines. The modular structure allows customizable stroke (25-840mm), speed (up to 1.48m/s), and protection class (IP40/IP65 optional) to adapt to diverse applications.
Low Maintenance and Long Service Life: Features a fully enclosed dust-proof design combined with a lifetime lubrication system, extending the maintenance cycle to over 5,000 km. Key components (e.g., screws, guide rails) are made of high-alloy steel, with a service life of up to 20,000 hours after hardening treatment, significantly reducing downtime costs.
High Efficiency, Energy Saving, and Intelligent Control: 60% more energy-efficient than pneumatic systems with no risk of oil leakage. Supports communication protocols such as EtherCAT and Modbus, enabling three-mode switching (force control, position control, speed control) via PLC or host computer to meet flexible production needs.
III. Application Scenarios
Automotive Manufacturing: The EG46 model achieves gapless press-fitting of engine blocks with high-precision positioning (±0.01mm); the dual guide rod structure ensures stable frequent start-stop of welding fixtures, reducing welding spatter rates.
3C Electronics: The EG32 model, combined with vision systems, controls the embedding accuracy of mobile phone camera lenses to ±0.005mm, increasing yield rates to over 99.5%; its high speed (1.2m/s) and responsiveness meet the rhythm requirements of continuous cutting of lithium battery pole pieces.
Medical Equipment: Joint drives for surgical robots feature low noise (≤65dB) and high dynamic response (acceleration 20m/s²), ensuring operational precision and patient comfort; rehabilitation equipment with programmable force control modes simulates different resistance environments to support personalized rehabilitation.
New Energy Field: Real-time adjustment of photovoltaic panel orientation via angle closed-loop control increases power generation by 15%-20%; lithium battery liquid injection machines, with high-precision flow control (±1%) and anti-dripping design, ensure consistent electrolyte injection.
EG20
Type
Standard motor output (W)
Rated torque(Nm)
Screw grade
Repeatable positioning accuracy(mm)
Screw specification
Max thrust (N)
Max speed(mm/s)
Stroke(mm)
Max load (KG)
Horizontal
Vertical
EG16
Stepper 28
0.09
C7 Rolling 0802(Slenderness ratio 1:50)
±0.02
802
220
40
30.50.100
5
5
805
88
100
EG20
50W
0.16
C7 Rolling 0802(Slenderness ratio 1:50)
±0.02
802/805
400
100
30.50.100
8
8
160
250
Stepper 28
0.09
220
40
88
100
EG25
100W
0.32
C7 Rolling 1205/1210(Slenderness ratio 1:52.5)
±0.02
1210
170
500
30.50.100
20
24
1205
340
250
Stepper 42
0.25
1210
125
100
1205
250
50
EG32
400W
1.32
C7 Rolling 1605/1610 (Slenderness ratio1:62.5)
±0.02
1605
1280
250
30.50.100
45
27
1610
690
500
Stepper 57
0.3
1605
300
100
1610
150
200
EG40
400W
1.32
C7 Rolling 1605/1610 (Slenderness ratio1:62.5)
±0.02
1605
1280
250
30.50.100
60
27
1610
690
500
Stepper 57
0.3
1605
300
100
1610
150
200
Type
Max radial load as a barrier cylinder(KG)
Piston rod rotation angle
The body weight of Omm stroke(KG)
Weight added per 10mm(KG)
The component weight of direct installation motor(KG)
he component weight of indirect installation motor(KG)