400mm / 15.75" Linear Stage Actuator with Square Linear Slide Rail and 1605 Ballscrew Motorized XY XYZ Linear Stage Table CNC Linear Motion Rail Guide+Nema23 Stepper Motor for CNC

400mm / 15.75" Linear Stage Actuator with Square Linear Slide Rail and 1605 Ballscrew Motorized XY XYZ Linear Stage Table CNC Linear Motion Rail Guide + Nema23 Stepper Motor for CNC - Pack size: 1 unit
✔️ Pack size: 1 unit

This compact motion platform combines a square rail slide with a CBX1605 ball screw and a Nema23 motor, creating a precise linear stage ideal for CNC machines, laser cutters, pick-and-place fixtures, and automation equipment that demand reliable, repeatable travel across X, Y, and Z axes. It’s handy for compact builds where every millimeter of motion counts.
✅ Travel length: 400 mm (15.75")
✅ Ball screw: CBX1605, pitch 5 mm, C7 accuracy, flange nut with up to 0.003 mm precision
✅ Slide block: length 60 mm, M4 sliding nut on the side, limit switch may be mounted at any position; slider made from oxidized 6030 aluminum
✅ Nema23 motor: length 56 mm, flange 57 mm, holding torque 1.2 Nm, current 3 A, resistance 0.8 Ω, inductance 2.4 mH; rotor inertia 440 g·cm; wiring Red(A+), Green(A-), Yellow(B+), Blue(B-)
✅ Main assembly includes motor, connecting piece, coupling, 1605 ball screw, slide block, bearing piece, and base for straightforward mounting
✅ Applications: CNC machines, placement equipment, laser cutting, spraying equipment, medical devices, battery equipment, and other industrial automation tasks

Dimensions:
Travel length: 400 mm (15.75")
Screw pitch: 5 mm
Slider length: 60 mm
Motor length: 56 mm
Flange size: 57 mm
Holding torque: 1.2 Nm
Current: 3 A

💡 Q&A

💡 How does this 400 mm travel stage with a CBX1605 ball screw and Nema23 motor perform in a compact CNC setup, and what mounting, alignment, and wiring practices help ensure reliable, repeatable motion with tight tolerances?

It delivers precise, repeatable motion when mounted and driven correctly.

- Ensure the rail and base are parallel within 0.01 mm to minimize angular error across axes. - Set the drive current to 3 A and use appropriate microstepping to smooth motion and reduce heat buildup. - Route cables cleanly away from moving parts; lubricate the ball screw and keep the slide surfaces free of dust and debris for consistent travel.