藤川伝導機 Product Lineup

The flat cage "FT/FTW A" features a simple structure that combines high-precision rollers and retainers, providing a low-profile linear motion guide with the roller diameter equal to the cross-sectional height. Since the rollers are guided by a precisely machined retainer, friction resistance is low, allowing for stable linear motion without stick-slip. Additionally, the retainer made of synthetic resin is suitable for applications where acoustics are important. 【Features】 ■ Low profile ■ High rated load ■ Easy to implement rolling guidance ■ Smooth operation with low noise ■ Easy to handle *For more details, please download the PDF or feel free to contact us.

■Reasonable Price We are working to reduce manufacturing costs with state-of-the-art equipment, and we are further striving to cut costs based on a mass production system for similar products. ■Wide Range of Production With a standard production shaft diameter of Φ140 and a diverse range of standard lead specifications, a wide selection of combinations of shaft diameter and lead is possible. ■High Rigidity through Preload Management By designing the gap between the ball and the groove to be extremely small and applying preload, we can achieve zero backlash. Additionally, by managing the amount of preload, we can obtain rigidity according to specifications. ■Support Unit Inventory We have a large stock of dedicated support units. ■Smooth Operation and High Efficiency Due to low friction resistance, smooth rotation is achieved, resulting in high mechanical efficiency with low torque, as shown in the diagram below.

The slideway is a non-recirculating cross roller guide that uses precision rollers. It consists of a precisely machined track base and roller cage. It is sold as a set of four track bases (two roller cages) and is installed on a stage (table or bed) prepared by the customer.

This is a long-stroke actuator with excellent high-speed operation, featuring a high-strength aluminum frame, a hardened steel shaft, and built-in track rollers, driven by a wear-resistant toothed belt containing high-tensile steel cords.

Increase in rated load due to improved contact area of the load-bearing part Improvement in processing accuracy due to increased rigidity of rolling elements Enhanced processing quality through improved vibration damping Improved tracking performance with a small friction coefficient Reduced wear during operation, resulting in stable accuracy Reduction of minor pulsations during roller operation Reduced burden on operators due to lower noise levels