VERSATILE. SCALABLE. SIMPLE.
The MTA-R20 is a robust linear actuator designed for heavy-duty motion control in industrial automation systems. Featuring a rigid aluminum extrusion and steel-reinforced belt drive, it delivers high-speed, accurate linear movement across extended travel lengths. Its modular configuration supports multiple motor and gearbox mounting options for flexible system integration. Built for continuous use in demanding environments, the MTA-R20 offers consistent performance, low maintenance, and long-term durability.
Each actuator can be supplied with T-slot sensors, gearboxes, or motor mounting adaptors upon request. For travel requirements exceeding standard values, contact Macron Dynamics for assistance.
These are standard specifications, if you need a custom configuration, please use our custom configuration request form.
| Motion | Vertical |
| Max Speed - Vertical - mm/sec | 3000 |
| Max Load - Vertical - lbs | 250 |
| Repeatability - mm | +/- 0.0625 |
| Moment Load - in-lbs[Nm] | 1500[170] |
| Positional Accuracy - mm/meter | +/- 0.0625 |
| Acceleration Max - Gs | 1 |
| Recommended Belt Running Load - lbf[N] | 500[2225] |
| Cart Guide | Linear bearing with profile rail |
| System Weight - kg | See Data Sheet |
| Weight of Cart - lbs[kgs] | See Data Sheet |
| Weight of Belt - kgs based on travel selected | See Data Sheet |
| Travel per Revolution - mm | See Data Sheet |
| Pulley Pitch Diameter - mm | See Data Sheet |
| Pulley Material / Width - mm | See Data Sheet |
| Breakaway Torque - oz-in | 32-35 |
| Coefficient of Friction | 0.1 |
| Rolling Resistance - lbs / kgs | N/A |
| Standard Travels - min to max | 525 to 6000 |
Enter your configuration options to submit a Request for a Quote or a CAD drawing:
Macron Dynamics specializes in designing and building virtually any configuration to meet your unique automation needs. Our innovative solutions enhance efficiency, optimize workspace utilization, and prioritize worker safety—reducing injuries while maximizing productivity.
We offer custom solutions for applications requiring from one to thousands of units, and units physically much smaller and larger than our standard models.
