Long Travel Linear Modules Are Packed Well For US Client

Long Travel Linear Modules, also known as Long Stroke Linear Modules, are mechanical transmission devices that meet the precise linear motion requirements of ultra long distances. The core consists of a drive mechanism, guide rails, motion slides, and a base.

Belt drive and ball screw drive. With modular design, Long Travel Linear Modules can achieve infinite extension of travel and are widely suitable for industrial large-scale automation scenarios.

Long Travel Linear Modules core advantages are in line with the pain points of ultra long travel applications.

Belt driven type can achieve tens of meters of travel through belt splicing, with a maximum speed of 2m/s, suitable for high-speed conveying scenarios; The ball screw driven type can achieve high repeatability positioning accuracy of ± 0.01mm, and can carry a horizontal heavy load of 120kg, balancing accuracy and load-bearing capacity. Some products are equipped with patented modular installation technology, which can adjust the height of the base section by section, solving installation problems caused by ground slope and unevenness, and significantly reducing the cost of building high-precision installation surfaces. At the same time, many models that use direct drive technology also have the characteristics of zero wear and fast dynamic response, extending the service life of the equipment.

The application scenarios of Long Travel Linear Modules are very extensive.

In the field of logistics transmission, it is used for long-distance material handling and sorting to ensure smooth transportation of goods; In the photovoltaic and electronic manufacturing industries, it is suitable for long stroke operations such as LED handling, dispensing, and wafer inspection. In automated production lines, precise transfer of workpieces across workstations can be achieved; In the field of semiconductor and laser processing, some high-end models rely on nanometer level resolution and high-speed operation capability to meet the motion requirements of precision machining and detection. In addition, it is also commonly used in large CNC machine tools and gantry handling systems, becoming the core component supporting large-scale high-precision automation operations.

The core of the Long Travel Linear Modules is adapted to meet the requirements of ultra long distance and high-precision linear motion.

Its application scenarios cover multiple industrial automation and high-end manufacturing fields, as follows:

1、 Industrial automation production line

Cross station material transfer: In the assembly line of automotive parts and 3C products, workpieces can be accurately transported over long distances between multiple processes, with a stroke that can be extended to more than 10 meters, and automatic loading and unloading can be completed with a gripper device.
Large scale equipment linkage: In CNC machine tools, injection molding machines and other equipment, the driving worktable or executing components perform long stroke reciprocating motion to ensure positioning accuracy and stability during the machining process.

2、 Logistics and warehousing field

Intelligent sorting system: In large logistics warehouses, sorting slides are driven along ultra long conveyor lines to achieve rapid classification and transportation of packages and boxes. Belt driven modules of Long Travel Linear Modules can adapt to high-speed operation requirements of 2m/s.
Stereoscopic storage and retrieval: Used in conjunction with stacker cranes, it completes long-distance storage and retrieval of goods between shelves, accurately coordinates the location of goods, and improves the efficiency of warehouse automation.

3、 New energy and photovoltaic industry

Photovoltaic module processing: In the photovoltaic panel production line, the driving detection device or printing mechanism performs long-distance movement to complete high-precision detection, packaging and other processes of the components, adapting to the needs of large-area photovoltaic panel processing.
Lithium battery production: used for long stroke operations of Long Travel Linear Modules such as cell handling and electrode cutting. The ball screw driven module can ensure a positioning accuracy of ± 0.01mm, meeting the precision requirements of battery production.

4、 High end manufacturing and testing

Laser and semiconductor processing: In laser cutting and wafer inspection equipment, the laser head or detection probe is driven to perform long-distance high-speed motion, and some high-end models are adapted to precision machining scenarios with nanometer level resolution.
Large scale workpiece inspection: In the fields of aerospace and shipbuilding, Long Travel Linear Modules are used for size inspection and surface scanning of large components, achieving precise data collection over long distances.

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