Belt Driven Linear Module High Speed Actuator Low Noise Rail Guide

Short Description:

Main Feature

The synchronous belt linear module developed by FUYU has a single unit with high speed and a maximum speed of 1750mm/s. It is faster, smoother and more accurate. It perfectly solves the problems of heat, vibration and noise.

Application Area

Laser cutting machine, PV back sheet cutting engraving machine,transportation mechanical arm, assistant device, Electric research test function demonstration, kinds of industrail automatic production line, kinds of precision machinery processing.
Industry automation for semiconductor device, LED online device, solar equipment, FPD equipment.

Series: FTB10

Stroke Range: 100mm-3500mm

Belt Width: 15mm

Lead: 35mm

Repeat Position Accuracy: 0.05mm

Horizontal Load Capacity: 10kg

Speed Range: 1750mm/s

Noise: 55dB

Send email to us Download To PDF Play video

Product Detail

Company Profile

Previous: Stainless Steel Linear Module High Speed Ball Screw Rail Guide

Next: Dual Rails Linear Module Good Stability Actuator Long Stroke Rail Guide

CHENGDU FUYU TECHNOLOGY CO.LTD

FUYU Technology is a Linear Motion System Intelligent Products Manufacturer. Our main products include Ball Screw Linear Module, Belt Driven Linear Guide Rail,Electric Actuator, Multi-axis Positioning Stage and Motion Controller for Cartesian Robot.As a National High Tech Enterprise, 82 intellectual property rights have been authorized, involving 6 invention patents, utility models, appearance patents and 76 software copyrights. We are certificated by CE, FCC, RoHS, IP65, TUV and ISO9001.Multi-axis Positioning System can be composed of several modules, Stroke Range 50mm-4000mm, Position Accuracy 0.02mm-0.2mm and Load Capacity 3kg-180kg. They are widely used for Medical Equipment, Automation Products Line, Electronic Industry and etc.As an Industrial Factory, we also accept OEM. Once you provide the machine design, our engineers will contact in 48 hours to suggest the best solution for the linear motion system.