DuraTRUE™
The DuraTRUE is a high precision, True Planetary gearhead that utilizes the Micron RediMount system. The DuraTRUE has many ratios in stock for immediate delivery through the Micron Gearhead Express program.
- High Torque to Size Ratio - allows compact design
- Low Backlash - eliminates positioning errors due to lost motion
- Inertia Matching - keeps servo system stable and in control
- High Rigidity - optimizes system response
- Self Re-lubrication - eliminates costly maintenance and downtime
- High Radial Load Capacity - mount pulleys and pinions directly on the output shaft
- Error Free Mounting - Redimount Compliant
Let Thomson Help You Make Your Selection!
Micron MOTIONEERING®, Thomson’s gearhead sizing, selection, and pricing tool can help you size gearheads to high precision motion control applications which require a high torque to volume ratio, high torsional stiffness, and low backlash.
InLine
The DuraTRUE is a high precision, True Planetary* gearhead that utilizes the Micron RediMount system. The DuraTRUE also has many ratios in stock for immediate delivery through the Micron Gearhead Express program.Learn More >
Right Angle
The DuraTRUE right angle combines the Micron True Planetary* gearing with PowerTRUE face gear technology. The DuraTRUE has standard ratios available up to 500:1 and has a high precision specification of 8 arc-min max.Learn More >
Right Angle Slim Line
The DuraTRUE right angle combines the Micron True Planetary* gearing with PowerTRUE face gear technology and the ability to fit into tight spaces. The DuraTRUE has standard ratios available up to 500:1 and has a high precision specification of 8 arc-min max.Learn More >
Right Angle Hollow Shaft
The DuraTRUE Hollow Shaft allows you to design your system in the smallest envelope possible. It eliminates the need for a coupling, which will save space and cost and increase precision and system reliability.Learn More >
Right Angle Dual Shaft
The DuraTRUE Dual Shaft has a duplicate flange and output shaft on the back side of the gearhead. This “T” design will allow you to run two axes wth one motor.Learn More >
