High torque transmission
High transmission capacity is realized by using highly rigid and elastic components.
Compact size and low noise
Compact design is possible because the high transmission capacity allows the belt to be used in a narrower width compared to conventional specifications. The narrower width also reduces striking noise between the belt and pulley.
Responsiveness and positioning accuracy
The use of a highly elastic carbon core wire prevents the belt from stretching and tooth skipping due to sudden stops and acceleration, and also realizes high positioning accuracy.
Tooth Chip Durability
High hardness and high elasticity synthetic rubber provides excellent tooth chipping durability.
Can be used with standard pulleys
Same tooth profile as standard STS belts allows use with standard pulleys.
Ceptor-X S3M uses clean type canvas.
Rubber: High hardness and elasticity synthetic rubber is used to minimize tooth deformation.
Core wire: Super high elasticity core wire with excellent tension maintenance
Tooth Cloth: Chip and abrasion resistant tooth cloth is used.
1. Tooth Cloth
Adoption of tooth cloth with excellent resistance to chipping and abrasion.
Adoption of synthetic rubber with high hardness and high elasticity that minimizes tooth deformation
3. Core wire
Adoption of ultra-high elasticity core wire with excellent tension maintenance
Comparison of transmission capacity between Ceptor-X high-load toothed belt and conventional product
Transmission capacity is improved by more than 1.2 times compared to Ceptor-VI.
*As for S14M, I compare it to HP-STS.
Belt width: 6 mm, pulley: 26 teeth
Belt width: 10 mm, pulley: 26 teeth
Belt width: 60 mm, pulley: 26 teeth
Belt width: 120 mm, pulley: 28 teeth
Vertical axis: Auto transmission capacity (kW)
Horizontal axis: Small pulley rotation speed (rpm)
Comparison of belt width between Ceptor-X high load toothed belt and conventional belt
The higher transmission capacity allows the use of narrower widths than conventional belts.
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Applications & Cases
Introducing our product applications and cases for various industries.
[Video] Example of power transmission belt used in an industrial robot
Industrial robots are used for automization of workplaces with precise movements. In many cases, sensors and control devices are installed, and attention is paid to dust generation and other problems.
Therefore, power transmission belts are also required to be responsive to sudden stops and acceleration, to achieve high positioning accuracy, and to be clean so that no rubber dust falls from the belt.
[Video] Example of belt products used in an electric injection molding machine
The ability to produce products efficiently at high speeds and with uniform product quality is an important need for injection molding machines.
Therefore, power transmission belts with high transmission capacity and high tension maintenance accuracy are required.