As the core transmission component of industrial automation, linear slide modules have been widely used in the following fields with their high precision, high efficiency and flexible customization:
I. Core application areas
Electronics and semiconductor manufacturing
Chip packaging and patch: Achieve micron-level positioning accuracy for wafer cutting, chip mounting and testing processes 14
Circuit board testing: Cooperate with sensors to complete automated electrical testing and improve yield rate 59
Automobile manufacturing
Welding and assembly lines: Perform high-repetitive precision tasks (such as ±0.05mm) in body welding and engine assembly 12
Parts handling: Transfer and positioning of heavy parts such as car doors and batteries through multi-axis combination 89
General machinery and equipment
Laser processing equipment: Drive the laser head to complete the precise trajectory movement of cutting and welding 38
3D printing and CNC machine tools: Control the print head or tool to achieve complex path processing 39
Packaging and logistics
Automated sorting: High-speed cargo handling (up to 2m/s), integrated visual system recognition and classification 69
Palletizing and packing: Load capacity up to 450kg, replacing manual stacking of heavy objects 10
II. Emerging expansion areas
Medical equipment:
Surgical robot joint drive, biochemical analyzer sample positioning (accuracy ±5μm) 710
New energy and photovoltaics:
Silicon wafer transmission and positioning in solar panel lamination equipment 59
Scientific research experiments:
Simulation of rail transit testing, high-frequency motion control of ocean current research equipment (speed up to 8m/s) 10
III. Technical advantages support application expansion
Advantages Application value examples Source
High-precision positioning (±0.01mm) Chip mounting avoids micron-level deviation 48 48
High-speed response (1–8m/s) Sorting line efficiency increased by 30% 69 69
Flexible multi-axis combination XYZ platform realizes curved surface spraying/inspection 58 58
High load capacity (450kg+) Heavy handling of automotive parts 10 10
IV. Drive system selection reference
Select the drive mode according to the scene requirements:
Ball screw drive: high precision (±0.005mm), heavy load (such as machine tools), high maintenance cost 1314
Synchronous belt drive: long stroke (2.5m), high speed (1.5m/s), suitable for packaging and sorting lines 1314
Linear motor drive: ultra-high speed (8m/s), high-frequency motion (10Hz), used for scientific research equipment 1013
