VERSATILE. SCALABLE. SIMPLE.
The MGS-PSC is a compact X-Z cartesian gantry system built for automated positioning in space-constrained industrial applications. Designed with a rigid X-Z configuration, it includes integrated connection hardware, a torque tube, and cable track for efficient linear motion control. User-defined stroke lengths and flexible mounting options in horizontal or vertical orientations support a wide range of custom configurations. Optional accessories such as gearboxes, motor mounting adaptors, and rotary (Theta) axes are available to meet specific automation requirements.
Each X-Z system can be supplied with optional items upon request, including T-slot sensors, gearboxes, or motor mounting adaptors. All X-Z systems include a cable track; for details on the standard size, please refer to the Product Specification download document. Motor sizing information is also provided in the Product Specification document. For travel requirements that exceed 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 | Horizontal, Vertical |
| Max Speed - Horizontal[Vertical] - mm/sec | 2000[1000] |
| Max Load - Vertical - lbs | 10 |
| Repeatability - mm | +/- 0.039 |
| Moment Load - in-lbs[Nm] | Contact Macron Dynamics |
| Positional Accuracy - mm/meter | +/- 0.4 |
| Acceleration Max - Gs | 1 |
| Recommended Belt Running Load - lbf[N] | 100 |
| Cart Guide | Plastic Sliding Cart |
| X Axis Travel - min to max | 150 to 5575 |
| Z Axis Travel - min to max | 150 to 500 |
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.
