High-Precision Cartesian Gantry Robots with Integrated AC Servo Motors
High-Precision Cartesian Gantry Robots with Integrated AC Servo Motors Download native CAD models and request a technical quote for the XYSGT Series series
The XYSGT Series represents the pinnacle of TOYO's pre-engineered Cartesian gantry systems, leveraging high-response AC Servo motors to deliver exceptional dynamic performance. Building upon the rigid, built-in guideway architecture of the base gantry lines, the XYSGT utilizes servo control to achieve speeds up to 1000 mm/s and ultra-precise repeatability of ±0.005 mm. This series is designed for mission-critical automation tasks where high-cadence throughput and absolute positioning accuracy are non-negotiable.
Powered by high-response AC servo motors on all axes, delivering up to 1000 mm/s velocities and eliminating the risk of missed steps.
Combines an industrial-grade Cartesian chassis with precision ball screws to achieve ±0.005mm repeatability across all axes.
Features a stable Cartesian gantry design utilizing built-in linear guideways for high structural rigidity, minimizing deflection during dynamic movements.
Pairs flawlessly with the advanced TSC400 controller, supporting full 3D linear and arc interpolation for complex path generation.
| Specification | XYSGT430-A | XYSGT432-A |
|---|---|---|
| Work Area X-Axis (mm) | 50 - 1250 | 50 - 1250 |
| Work Area Y-Axis (mm) | 50 - 500 | 50 - 500 |
| Repeatability (X / Y mm) | ±0.005 / ±0.005 | ±0.005 / ±0.005 |
| Maximum Speed (X / Y mm/s) | 1000 / 1000 | 1000 / 1000 |
| Drive System | Ball Screw + AC Servo Motor | Ball Screw + AC Servo Motor |
1 Speeds are based on a maximum motor speed of 3000 RPM. Max payload varies heavily based on system configuration and Z-axis integration.
To ensure the highest level of design accuracy and reduce your engineering lead times, TOYO Robotics Americas provides a comprehensive library of native CAD models. Hosted through our CAD Community Portal, these models are not generic placeholders; they are highly detailed, configurable files designed to drop directly into your assembly.
Select a size to view the specific ordering code configuration:
Contact our application engineers to generate your exact part number or for complex multi-axis configurations.
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