Linear Stage Linear Motion Guide Belt Drive Linear Actuator Table Nema 23 Stepper Servo Motor for CNC[900mm Stroke Work Size]

Linear Belt-Drive CNC Linear Stage with Nema 23 Motor, 900 mm Stroke - Single Unit

✔️ Flexible belt-drive linear slide for CNC setups, supports strokes from 900 mm to 3500 mm, optional 400W servo motor, low-noise, dustproof

This handy linear stage provides precise X axis motion for CNC machines, laser engravers, and automated tooling stations. It uses a dual rail belt drive with high quality bearings and sliders for smooth, stable operation and minimal vibration under load. The design is lubrication-free and dustproof for long service life and quiet performance. Customization is available for stroke length, motor choice, and multi-axis configurations, and it’s offered as a single unit ready to install.

✅ Stroke range: 900 mm (35.4 in) to 3500 mm (137.8 in), with 900 mm standard stroke
✅ Speed: up to 1400 mm/s (55.1 in/s) for fast positioning
✅ Max horizontal load: 15 kg (33 lb) on a flat surface
✅ Drive system: dual-rail belt with high quality bearing and slider for smooth, stable motion and minimal shake under load
✅ Motors: default Nema 23 (5756) stepper motor; 400W servo motor option available; supports multi-axis configurations
✅ Maintenance: lubrication-free design with dustproof profile for long life and low noise
✅ Customization: stroke, motor, and multi-axis configurations are available on request

Use this setup to boost precision and throughput in CNC milling, laser cutting, automated assembly, and research projects.

• 💡 What is a belt driven linear stage used for in CNC machines and automation systems?
• Answer: This motion system provides precise, repeatable positioning for tooling and workpieces in a variety of automated setups.

• Precise motion with low backlash for repeatable results
• Easy integration with stepper or servo motors for multi-axis configurations
• Low maintenance thanks to lubrication-free design and dustproof profile
• Ideal for CNC, laser processing, automation, and research applications