Features
Why Choose TOMUU?
Rich industry application experience
5 years actuator used in solar tracker. Over 300,000 actuators applied in solar tracker. Over 10GW solar plant drived by Tomuu actuators.
Strong supply chain integration
Tomuu has CNC Machining Center, Lead Screw Machining Center, Plastic Injection Workshop, Industrial Actuator Assembly Workshop, Home Application Actuator Assembly Workshop, Die Casting Workshop, Motor Assembly Workshop, Gear Assembly Workshop.
Quick response
Tomuu has 1500pcs industrial actuator production capacity, and 5000pcs home application actuator production capacity, by which we could easily adjust production to meet customer’s needs.
Deep customization
Tomuu has professional R&D team to help customer to develop actuators that meets their needs.
We Have The Best Solutions for Your Business
Dongguan Tomuu Actuator Technology Co., Ltd. was established in 2015 and is located in Dongguan City, Guangdong Province. It is a national high-tech enterprise integrating design, research and development, manufacturing, sales and service. Tomuu specializes in the production of various linear electric actuators, and has more than 100 invention patents at home and abroad. The products are widely used in military, aerospace, medical, solar, household, industrial and other fields.
Tomuu Provide 12v actuator,electric actuator,electric cylinder,electric push rod,electric putter,linear actuator,linear cylinder,linear drive,solar tracker actuator,solar tracking actuator.If you want to know the price of that, please contact us!
The structure and common types of electric cylinders
The structure of the electric cylinder consists of: servo motor + cylinder block + lead screw. Commonly used electric cylinder types: 1) Slider type electric cylinder; 2) Tie rod type electric cylinder; 3) Platform type electric cylinder.
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Frequently Asked Question
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Image result for electric cylinder An electric actuator is a mechanical device used to convert electricity into kinetic energy in either a single linear or rotary motion. It automates damper or valve in order to increase process efficiency and complexity.
Advantages of electric cylinders High precision: The electric cylinder is connected to the control system such as the host computer to realize high-precision motion control. The control accuracy can easily reach 0.02mm, the electric cylinder can be used in harsh environments without failure, and the protection level can reach IP66. 2. Super long service life: electric drive, completely relieve the trouble of air leakage, and provide super long service life. 3. Low noise and low vibration: electronic buffering and braking control at the end, without any impact, extremely low noise and vibration, reduce the impact on the overall equipment, and improve production efficiency. 4. High speed: the fastest 6m/s, the highest acceleration of 10g, extremely high response speed, can provide long service life even under high speed operation 5. Low-cost maintenance: The electric cylinder only needs regular grease injection and lubrication when working in a complex environment, and no wearing parts need to be maintained and replaced, which will reduce a lot of after-sales service costs compared with hydraulic systems and pneumatic systems. 6. Environmental protection and energy saving: the current environment is more environmentally friendly, more energy-saving and cleaner, and it is easy to connect with PLC and other control systems to achieve high-precision motion control. Disadvantages of electric cylinders: 1. The impact load will affect the lead screw or bearing of the electric cylinder, which may affect the performance of the entire system. And can cause difficulty maintaining the locked position or have clearance issues. 2. Electric cylinders cannot withstand radial forces, but can only act on axial loads. At present, most electric cylinders on the market are light-loaded and used in the automation industry, while heavy-duty ones need to consider too many factors, so It restricts the development of electric cylinders in the heavy-duty industry.
Learn how 12 V and 24 V DC motors are used to convert electric energy into mechanical movement in modern industrial actuators and become familiar with the most common motor parts, such as brushes, gears, and permanent magnets.