Linear Motors  Manufacturers, Traders, Suppliers

Linear motors can essentially be regarded as cutting and flattening a rotating electric machine in the radial direction. Its stator corresponds to the primary stage of a rotating electric machine, usually containing coil windings, and generates a moving magnetic field after being energized; The rotor corresponds to the secondary of the linear motor and is generally composed of magnets or coils. After the primary winding is energized, according to the frequency of the incoming current and the number of pole pairs of the winding, a magnetic field moving in a linear direction will be generated, and the secondary is affected by the moving magnetic field, thus generating the same thrust as the moving direction of the magnetic field to achieve linear motion.

There is no need for intermediate conversion mechanism, which greatly simplifies the system structure, reduces the motion inertia, and improves the dynamic response performance and positioning accuracy. Participated in the R&D and manufacturing of many models, and cooperated in depth with Jinli Permanent Magnet.

• Semiconductor industry: used for high-precision positioning in lithography machines, high-speed and high-precision transfer of wafers, etc.
• Electronic equipment manufacturing: such as precision installation of electronic components in placement machines, high-speed and high-precision handling of PCB boards, etc.
• Medical equipment: smooth movement without vibration and noise in surgical robots, precise movement of driving scanning table in CT scanners, etc.
• Automobile manufacturing: welding, assembly and testing equipment used in automated production lines, as well as high-precision assembly operations of automobile parts, etc.
• Aerospace: High-precision processing equipment and testing instruments for aircraft parts manufacturing, positioning and control of satellite antennas, etc.
• Logistics and warehousing: fast and accurate sorting and handling of goods in automated sorting systems, driving of warehousing robots, etc.

DC motor:
Brushed DC motor: using mechanical commutation, the structure is simple and the cost is low, but the wear of the electric brush requires maintenance, resulting in low efficiency. It is suitable for scenarios such as toys and power tools.
Brushless DC motor (BLDC): using electronic commutation, with long lifespan and high efficiency, but with large torque ripple, suitable for scenarios such as small fans and low-cost pumps.
Communication motor:
Single phase asynchronous motor: simple structure, high reliability, but small starting torque and low efficiency, suitable for household appliances.
Three phase asynchronous motor: sturdy and durable, with minimal maintenance, but lower efficiency than permanent magnet motors, suitable for industrial pumps, compressors, and other scenarios.
Permanent magnet synchronous motor (PMSM):
Ultra low noise, ultra-high efficiency (especially at low speeds), high control accuracy, suitable for precision machine tools, robots, new energy vehicles and other scenarios.
Servo motor:
High precision closed-loop control, fast dynamic response, suitable for industrial robots, automation equipment and other scenarios.
Motor materials mainly include stator, rotor, and insulation materials
Application of motors:
Industrial manufacturing
Transportation and Communications
Smart Home
Aerospace

• Applications

• Industrial Automation: Widely used in assembly lines, such as in automotive manufacturing and electronics assembly, to ensure the accurate placement of parts. In CNC machines, it can precisely control cutting tools and workpieces. For industrial robots, it enables robots to perform complex movement sequences such as welding, painting, and picking and packing. In material handling systems, it can control the movement of conveyors and sorters, improving material flow efficiency.
• Plastics Production: Used in additive processes in plastics production to achieve precise control of the production process.
• Transportation: Permanent magnet synchronous motors are used in electric vehicles, and traction motors drive high-speed trains.
• Smart Home: BLDC motors enhance the quietness and energy efficiency of air conditioning and washing machines.
• Aerospace: High power density motor driven unmanned aerial vehicles, satellite attitude adjustment.

TPA motion control products mainly serve 3C, panel, laser, semiconductor, automobile, biomedical, photovoltaic, lithium battery and other industrial production lines and some custom automation equipment; they are widely used in pick-and-place, handling, positioning, classification, scanning, testing , dispensing, soldering and other various operation, we supply modular products to meet the diversified application of customers.