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150*150mm Effective Stroke Linear Motor Stage High Positioning Accuracy
SUPT linear motor with high-precision grating, magnetic grid andhigh-precision guide rail. High speed, high acceleration operation.smooth movement, good stability, high precision. With suitableencoder and guide rail, the position accuracy can reach 0.1-5um.Positioning accuracy: 土2um, repeatability: 0.5um,straightness+3um Platform structure can be customized according to differenttechnicalrequirements ofcustomers.
Constitute a linear motor platform
Typical platform configuration:
Base general use castings&alu, Is the foundation of the entire
platform, To fix the motor, rail, grating, stoppers etc.
Motot including stator & mover,A stator fixed on the base,Mover
and load platform to be connected,Provide motive power.
Rail including linear rail and linear guide slider, load platform
is connected to the slider. Loading platform support load platform,
Scale of reading head is mounted on a motion platform.
Position feedback, including the scale and scanning head,
Grating mounted on the base,Scanning head and sports platfornto
connect Stopper on both sides of the base installation,
Ensure the safe operation of motor.
linear motor module:
The linear motor without iron core or with ironcoreis equipped with
high-precisiorgrating, magnetic grid and high-precision guide rail.
High speed, high accelerationoperation, smooth movement, good
stability, high precision. With suitable encodeand guide rail, the
position accuracy can reach 0.1-5um, Positioning
accuracy+2um.repeatability: 0.5umstraightness 3um Platform
structure can bedifferent technicalrequirements of customers,
SUPTcustomized according to (linear motor is adopted, and
high-precision grating, magnetic grid andhigh-precision guide rail
are configured. High speed, high acceleration operation.smooth
movement,good stability, high precision. With suitable encoder and
guiderail, the position accuracy can reach 0.1-5um Positioning
accuracy: 2um,repeatability accuracy: +0.5um, linearity: 3um
Platform structure can becustomized according to different
technical requirements of customers.
Modules | T- | LC | 0080 | -100 | A | 01 | 30 | ||||
LC: The plate has an iron core motor | Peak thrust | Stroke: mm | A: Raster | 01:0.1um | Motor linelength: | ||||||
LU: U-type coreless motor | B: Maeicgid | 05:0.5 um | 30: 3m | ||||||||
10: lum |
The linear motor module platform has been widely used in multiple
fields, and its high accuracy, high-speed, and stability make it
suitable for many scenarios that require precise motion and
control. The following are the main application areas of the linear
motor module platform:
1. Semiconductor Manufacturing:The linear motor module platform is
used for precise wafer positioning, testing, and packaging
processes in semiconductor manufacturing. They can achieve
micrometer level position control, ensuring high precision and
consistency in semiconductor production.
2. Medical Equipment: In the medical field, linear motor module
platforms are commonly used in medical imaging equipment, surgical
robots, and precision detection equipment. They can achieve
high-precision motion, ensuring the safety and accuracy of medical
operations.
3. Optical Equipment: The linear motor module platform is used in
fields such as optical instruments, laser equipment, and
microscopes. They can achieve precise positioning and focusing of
optical components, improving the performance of optical systems.
4. Automated Production Line: In the manufacturing industry, linear
motor module platforms are used for material handling, assembly,
and testing on automated production lines. They can achieve
efficient and accurate material handling and assembly operations.
5. Aerospace: In the aerospace field, linear motor module platforms
can be used for flight simulators, satellite positioning, and
aviation equipment testing. They can simulate precise motion in
flight or space environments.
6. Precision machining: The linear motor module platform is widely
used in precision machining fields such as engraving, cutting,
stamping, etc. They can achieve precise machining of complex
shapes.
1.Travel: effective travel, used to calculate the the total travel of value force.
2.The direction of movement: horizontal or vertical installation 90 degree.
3.Load force: constant in the reverse direction of force on the motor, such as springs, etc.
4.Load weight: the total quality part of movement, including the quality slider
5.Movement Type: 1.point to point movement; 2.the reciprocation of the rule (e.g. scanning).
6.Velocity curve: 1.a trapezoidal speed curve; 2.triangular speed curve; 3.sine speed curve.