100mm Length Travel Fully Enclosed Double Linear Stage Actuator with Square Linear Rails Ballscrew SFU1605 with NEMA23 Stepper Motor for CNC Router Parts X Y Z Axis

100mm Travel Fully Enclosed Double Linear Stage Actuator with SFU1605 Ballscrew and NEMA23 Motor - Pack Size: 1 pc
✔️ Handy for precise CNC routing and multi-axis projects, ready to drop into an XYZ setup

This compact, handy double linear stage actuator is designed for CNC routers and similar machine builds to deliver stable, repeatable motion on X, Y, and Z axes. It’s ideal for hobbyist and professional setups where clean enclosure, solid load handling, and dependable repeatability are key. Pack size: 1 pcs.

✅ Horizontal maximum load capacity: 40 kg
✅ Vertical maximum load capacity: 20 kg
✅ Repeat positioning accuracy: ±0.03 mm
✅ Speed: 0-100 mm/s
✅ 10 pcs M6 threaded holes to fix the workpiece
✅ Effective travel length: 100 mm
✅ Lead screw: SFU1605 (diameter 16 mm, pitch 5 mm)
✅ Weight: 3710 g
✅ Ball screw type: SFU1605, level ballscrew: C7
✅ Total length: 350 mm
✅ Type: double linear stage actuator
✅ Motor: NEMA23 stepper motor
✅ Step angle: 1.8°
✅ Motor flange size: 57 mm
✅ Motor length: 56 mm
✅ Holding torque: 1.2 N·m
✅ Voltage: DC 24 V
✅ Current: 3 A
✅ Resistance: 0.8 Ω
✅ Inductance: 2.4 mH
✅ Rotor inertia: 440 g·cm
✅ Lead wire: 4 conductors
✅ Wiring: Red A+, Green A-, Yellow B+, Blue B-
✅ Package Content: 1 pcs Double Linear Stage Actuator with NEMA23 Stepper Motor

Effective Travel Length: 100 mm Total Length: 350 mm
Lead: 5 mm Weight: 3710 g
Ball screw diameter: 16 mm Pitch: 5 mm
Motor flange size: 57 mm Motor length: 56 mm

💡 How does the 100 mm travel fully enclosed double linear stage with SFU1605 ballscrew and NEMA23 stepper motor perform in high-precision CNC router applications, and what mounting, alignment, and wiring considerations should a DIY user plan when integrating this into an XYZ axis assembly?

• This setup offers rigid, repeatable motion with a compact footprint, making it well suited for precise routing and milling tasks.
• Plan for symmetric mounting using the 10 M6 holes to distribute load evenly and maintain straight, clean axis alignment.
• Use a compatible driver and control system that supports 24 V DC, 3 A per motor, and follow the Red A+, Green A-, Yellow B+, Blue B- wiring scheme to ensure correct phase wiring.
• Incorporate proper end stops, cable management, and shielding to protect wiring from debris and interference during rapid axis moves.