The competitiveness of reduction gear is the competitiveness of robots
DR DRIVE REDUCER DRG
Completely New Mechanism for Gear Reducer
This is a new technology that enhances stability by
simultaneously engaging a pair of internal gears with different
numbers of gears on one eccentric external gear and configuring
the engaged structure in both directions.
This is a new technology that enhances stability by
simultaneously engaging a pair of internal gears with different
numbers of gears on one eccentric external gear and configuring
the engaged structure in both directions.
Overwhelming Force.
Torque
Competitors
Over 200% of Torque
compared to competitors
compared to competitors
DR DRIVE
| Model | 2,000 rpm | At start/At stop | Momentary max. | ||||
| Size | Ratio | Rated torque (Tr) | Allowable acceleration/ deceleration torque | Allowable torque | |||
| N·m | Kgf·m | N·m | Kgf·m | N·m | Kgf·m | ||
| DRG25 | 50 | 123 | 12.5 | 295 | 30.1 | 615 | 62.7 |
High precision.
A reducer with precision less than 1 arcmin.
that can be used for robot joints
High durability.
External gears and a pair of internal gears are in contact with a large area to secure a high contact ratio
Compact size.
