High Precision

Precise positioning: Precision manufacturing processes and high-quality components (such as high-precision ball screws and linear guides) ensure accurate linear motion. The assembly positioning accuracy can reach ±0.01mm or even higher.

High repeat positioning accuracy: When working for a long time or starting and stopping frequently, it can still maintain micron-level repeat positioning accuracy to ensure operational accuracy.

High Speed

Fast response: The drive system (servo or stepper motor) can start and stop quickly, and the acceleration can be adjusted as needed. Applications such as robotic arms can achieve rapid grasping and placement.

Stable operation: The structural design combined with precision components makes high-speed operation stable. For example, in high-speed printing equipment, it ensures clear and continuous patterns.

High Rigidity

Strong load-bearing capacity: The high-strength housing (aluminum alloy or steel) and the design of internal strong components can easily bear hundreds of kilograms or even several tons of workpieces to ensure processing accuracy.

Resistance to deformation: The high-rigidity structure can resist external impacts and deformations in complex environments and ensure the safety of goods in warehousing and handling.

Long Service Life

Durable components: Key moving parts (ball screws, linear guides) use wear-resistant materials and lubrication systems to reduce wear and extend service life.

Stable performance: The performance degradation is slow during long-term operation and can work stably for many years to ensure the operation of equipment.

Flexibility

Easy integration: Various shapes and sizes and installation methods, and standardized interfaces can be easily integrated with multiple devices to build an automated system.

Multiple motion modes: It can realize multiple linear motion modes such as uniform speed, variable speed, and reciprocating motion to meet different production process requirements.

Industrial Automation Field

Assembly line: Linear modules can be used to precisely move parts to designated positions for assembly, ensuring assembly accuracy. For example, in the assembly process of electronic products, tiny electronic components can be accurately positioned.

Handling and transportation: In automated warehousing and logistics systems, linear modules can drive robotic arms or conveyor belts for cargo handling and transportation, improving handling efficiency and accuracy.

CNC Machine Tool Field

Worktable driving: As the driving device of the worktable of CNC machine tools, linear modules can achieve high-precision linear motion and meet the requirements for position accuracy and surface quality during part processing.

Tool feed: Linear modules can be used to control the feed movement of tools to ensure precise control of cutting depth and feed rate and improve processing accuracy.

Detection And Measurement Field

Quality inspection: In the product quality inspection link, linear modules can move detection probes or tested products to achieve high-precision measurement and detection operations. For example, in the appearance inspection and size measurement of electronic components.

Coordinate measuring machine: As the moving part of a coordinate measuring machine (CMM), linear modules can achieve accurate three-dimensional coordinate measurement and ensure the accuracy of measurement results.

Electronic Manufacturing Field

Circuit board production: In the manufacturing process of circuit boards, linear modules are used for handling circuit boards, performing component placement and other operations to ensure high production efficiency and product quality.

Chip manufacturing: Linear modules are used in chip manufacturing equipment to precisely move key components such as lithography heads and wafers to achieve high-precision chip processing.

Medical Equipment Field

Medical instrument operation: In some medical instruments such as CT scanners and X-ray machines, linear modules are used to precisely move detection components to ensure clear and accurate medical images.

Surgical robot: Some joints and operating arms of surgical robots can adopt linear modules to achieve precise surgical operations and reduce doctor's operation errors.