150mm Effective Travel Length Double Linear Rail Guide Ballscrew SFU1605 with NEMA23 Stepper Motor for DIY CNC Router Parts X Y Z Linear Stage Actuator and 3D Printe

150mm Travel SFU1605 Linear Stage Actuator with NEMA23 Motor for DIY CNC Router and 3D Printer (X Y Z) - 40 kg Horizontal Load, ±0.03 mm Repeatability, 0-100 mm/s (Pack Size: 1 piece)
✔️

This compact, high-precision linear stage combines a SFU1605 ballscrew with a NEMA23 stepper, crafted for tight spaces in DIY CNC routers, multi‑axis 3D printers, and laser engravers. Pack Size: 1 piece.

✅ Load: Horizontal max 40 kg; Vertical max 15 kg
✅ Accuracy: Repeat positioning accuracy ± 0.03 mm
✅ Speed: 0-100 mm/s
✅ Install: 4 pcs M5 threaded holes to fix the workpiece
✅ Effective Travel: 150 mm; Lead: 5 mm (lead screw moves 5 mm per turn)
✅ Stepper motor: 1.8° step angle; flange 57 mm; length 56 mm; holding torque 1.2 N·m; 24 V; 3 A; resistance 0.8 Ω; inductance 2.4 mH; rotor inertia 440 g·cm; 4 conductors: Red A+, Green A-, Yellow B+, Blue B-
✅ Linear Stage Actuator: Effective Travel Length 150 mm; Total length 326 mm; Type: linear system module; Ballscrew SFU1605 (16 mm diameter, 5 mm pitch); Level ballscrew: c7; Weight 2493 g
✅ Package Content: 1 pcs Linear Stage Actuator with NEMA23 Stepper Motor

Effective Travel Length: 150 mm (5.91 in)
Total Length: 326 mm (12.83 in)
Lead: 5 mm (0.20 in)
Screw Diameter: 16 mm (0.63 in)
Motor Flange Size: 57 mm (2.24 in)
Motor Length: 56 mm (2.21 in)
Weight: 2493 g

💡 Question: How does the 150 mm travel SFU1605 stage with a NEMA23 motor perform in a compact DIY CNC or 3D printer setup, and what installation tips help maximize rigidity and long‑term accuracy?

• Answer: This setup delivers solid, repeatable motion when mounted squarely and driven with properly configured current and microstep settings.
• Ensure rails are parallel to the axis and firmly clamped to a rigid base to minimize flex and backlash.
• Match your controller’s acceleration profile to the load to prevent overshoot and reduce wear on the screws and bearings.