Trade fair highlight 15. September 2026
Steel belt driving and transport
1 / 6

Robot arm drive demonstration unit
2 / 6

Takt intermittent transport conveyor
3 / 6

Vacuum transport demonstration conveyor
4 / 6

Stainless steel perforated belt
5 / 6

High friction coated stainless steel shim
6 / 6
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More InformationDYMCO, LTD is Japanese company of thin steel belts, 0,05 to 0,3mm thick. We design, manufacture, and sell steel belts globally for driving to transport. They are all custom-made, fulfilling customers’ requirements. Here at Motek, we show uniqueness of steel belts that are sure to empower automation of your production sites.
1.Precise drive of robot manipulator arm
Steel belts accurately power-transmit motor drive because belts are tensile and rigid. We show our manipulator unit at Motek. A pair of steel belts sustain repeated motions of individual robot arm.
2.Precise drive and transport in takt intermittent transport
Demonstrated in our booth is intermittent conveyor with more than 30 stop and go variations. In assembly and inspection sites, steel belts stop, wait, and run again following tools around them. Rapid response, precise positioning, and rigidity of steel belts assure this motion.
3.Film and paper transport by vacuum
We make small air vacuum holes in steel belts. They do not elongate and keep their small diameter. This way, steel belts can be good vacuum belts with smooth surface. Metal vacuum belts are getting more demanded in automation to transport very thin and fragile materials. Once films are on the belt, they keep flatness and no tensile strength is applied on them. Safe transport of fragile material is evaluated.
4.Surface finishing
It is quite interesting to learn that surface finishing changes character of steel belts. Reflection of stainless-steel is solved by black coating and steel belts become good tools for continuous inspection. Surface of high friction makes smooth metal quite rough. We apply this feature to metal shims. Small rough-surface shims are used in robot arm assembly. Large ones are in the rotating assembly fastening in wind power generation.
Please visit our booth 6326 and enjoy power of steel belts.
1.Precise drive of robot manipulator arm
Steel belts accurately power-transmit motor drive because belts are tensile and rigid. We show our manipulator unit at Motek. A pair of steel belts sustain repeated motions of individual robot arm.
2.Precise drive and transport in takt intermittent transport
Demonstrated in our booth is intermittent conveyor with more than 30 stop and go variations. In assembly and inspection sites, steel belts stop, wait, and run again following tools around them. Rapid response, precise positioning, and rigidity of steel belts assure this motion.
3.Film and paper transport by vacuum
We make small air vacuum holes in steel belts. They do not elongate and keep their small diameter. This way, steel belts can be good vacuum belts with smooth surface. Metal vacuum belts are getting more demanded in automation to transport very thin and fragile materials. Once films are on the belt, they keep flatness and no tensile strength is applied on them. Safe transport of fragile material is evaluated.
4.Surface finishing
It is quite interesting to learn that surface finishing changes character of steel belts. Reflection of stainless-steel is solved by black coating and steel belts become good tools for continuous inspection. Surface of high friction makes smooth metal quite rough. We apply this feature to metal shims. Small rough-surface shims are used in robot arm assembly. Large ones are in the rotating assembly fastening in wind power generation.
Please visit our booth 6326 and enjoy power of steel belts.