LOE50 Turning Electric Cylinder
Product Introduction
The LOE50 Turning Electric Cylinder is a medium-load linear actuator specifically developed for space-constrained, compact automated equipment. It features a side-rotating motor layout, perfectly solving the installation pain point of excessive axial space occupation by direct-drive electrified cylinders. The product balances medium-to-heavy load capacity with high-precision transmission performance, replacing traditional pneumatic and hydraulic actuators with pure electric drive. Despite its compact body, it maintains stable thrust output and operational accuracy, making it suitable for various confined workstations and densely packed automation scenarios. It is an ideal actuator for compact intelligent equipment and confined space transmission operations.
Core Product Advantages
Rotating Layout: Extremely Space-Saving Installation
Abandoning the traditional coaxial direct-drive structure, it adopts a parallel rotating motor and cylinder body installation design, significantly shortening the overall axial dimension of the machine. This makes it suitable for various confined equipment compartments, narrow workstations, and high-density automated production lines. It meets the needs of equipment miniaturization and integration design without occupying additional lateral space, easily overcoming the installation limitations of traditional electrified cylinders and flexibly adapting to various complex equipment layouts.
Stable Transmission, Uncompromised Precision
Internally equipped with high-precision synchronous transmission components and heavy-duty ball screws, coupled with a precision limit structure, effectively avoids transmission backlash, ensuring smooth, jam-free linear motion and excellent positioning repeatability. Even with a hinged structure, it maintains stable power transmission efficiency, meeting the precision requirements of automated equipment for positioning, pushing, lifting, and pressing operations, with operational accuracy comparable to direct-drive electric cylinders.
Medium-to-Heavy Duty Body, Maximized Durability
The cylinder body is constructed from high-strength aluminum alloy profiles, providing ample overall rigidity. Internal transmission components undergo hardening and wear-resistant treatment, offering outstanding impact and wear resistance. The entire machine features a sealed dustproof structure, suitable for industrial production environments with high dust levels and slight oil contamination. It maintains stable performance even during long-term continuous reciprocating operation, effectively extending the machine's service life.
Stable Structure, Low-Noise Operation, Worry-Free Operation
Optimized internal transmission structure and gear ratios result in low mechanical friction and low noise during operation, ensuring smooth, vibration-free operation without interfering with surrounding precision equipment. Simultaneously, it reduces redundant transmission components, lowers the failure rate, and eliminates the need for complex daily maintenance, significantly reducing long-term equipment operation and maintenance costs and downtime losses.
Highly Adaptable, Flexible and Convenient Installation
Supports integration with mainstream servo and stepper motors, equipped with standardized installation interfaces, providing multiple installation and fixing methods, and can quickly connect to various automation control systems, compatible with multiple automation equipment. It supports customization of stroke, thrust, and installation method, and can also add optional accessories such as limit switches and braking components to further expand the product's applicable scenarios and reduce the difficulty of equipment modification, installation, and commissioning.
Energy-Saving and Clean, Meeting Industrial Environmental Protection Needs
Adopting a pure electric drive mode, it eliminates oil and gas leakage and dust pollution, and its operation is energy-saving and environmentally friendly, consuming less energy than traditional pneumatic and hydraulic mechanisms. It features sensitive start-stop response and strong operational controllability, aligning with modern intelligent manufacturing green production standards, helping enterprises optimize production energy consumption and improve the workshop working environment.
Applicable Scenarios
Widely used in compact automated assembly lines, small precision pressing equipment, narrow-space transfer mechanisms, small machine tool loading and unloading devices, medical automation equipment, packaging and labeling machines, valve regulating devices, 3C electronic automation equipment, and other industrial automation scenarios with limited installation space and a balance between load and precision.
Reasons to Choose the LOE50 Turning Electric Cylinder
- Turning parallel structure, shorter axial dimension, perfectly adaptable to narrow installation spaces
- Precision transmission components ensure backlash-free operation and stable and reliable positioning accuracy
- Medium to heavy-duty rigid body, high durability, suitable for long-term continuous industrial operation
- Low noise and low power consumption, no complex maintenance, lower long-term operating costs
- Standardized interface, flexible installation, customizable to adapt to various equipment
- Compact structure and balanced performance, the first choice for compact automation scenarios
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Motor Power (W) |
400W |
750W |
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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) |
500 (1: 1), 167 (3: 1) |
250 (1: 1) |
500 (1: 1) |
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Rated thrust (N) |
1360 (1: 1) |
680 (1: 1), 2040 (3: 1) |
2562 (1: 1) |
1281 (1: 1) |
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Effective stroke (mm) |
10-800 |
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Sensor |
Electronic magnetic switch*3 |
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FAQ
Q: What is the typical lifespan of an electric cylinder? What daily maintenance and upkeep are required?
A:1.The lifespan of an electric cylinder mainly depends on the lifespan of its internal screw. At rated load and speed, the lifespan of high-quality electric cylinders can reach thousands or even tens of thousands of hours.
2.Cleaning and maintenance: The cleaning and maintenance of the electric cylinder is very simple, just regularly clean the surface of the cylinder body and add lubricating grease every six months or a year.
Q: The difference between ball screw and trapezoidal screw is as follows?
A:1.Friction type: Ball screws use rolling friction, while trapezoidal screws use sliding friction, so the friction coefficient of ball screws is lower and the efficiency is higher.
2.Structural complexity: The ball screw has a complex structure, consisting of screws, nuts, steel balls, etc; The trapezoidal screw structure is simple, mainly composed of screws and nuts.
3.Self locking: Ball screws have almost no self-locking, while trapezoidal screws have a certain degree of self-locking.
4.Application areas: Ball screws are suitable for high-speed and high-precision applications, while trapezoidal screws are suitable for applications with light weight and low speed requirements.
5.Life and maintenance: Under good cleaning and lubrication conditions, the service life of ball screws is usually longer than that of trapezoidal screws.
Our LOE50 Turning Linear Actuator Electric Cylinder uses ball screws, which can reduce friction and increase service life.
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