150mm CNC Linear Guide Module with Ball Screw, Nema 23 Stepper Motor, 150mm Stroke, Compact No-Rail Design, ±0.02mm Repeat Accuracy, 20kg Horizontal Load, Quiet High-Speed Motorized Linear Stage

150mm Motorized Linear Guide Module with Ball Screw for CNC Use
✔️ Nema 23 Linear Stage with 150mm Stroke Travel

This motorized linear guide module is made for CNC machines, automation setups, and precision motion projects where space is tight but accuracy still matters. It uses a ball screw drive paired with a built-in Nema 23 stepper motor, making it a handy all in one linear motion solution. Pack size is one complete linear module with motor included.

✅ Pack size: 1 complete linear module with Nema 23 stepper motor
✅ Model: 150mm linear guide linear module
✅ Stroke travel: 150mm effective working length
✅ Drive system: G1610 ball screw for smooth and efficient motion
✅ Repeated positioning accuracy: ±0.02mm
✅ Slim no-rail design with overall height around 47mm
✅ Horizontal load capacity up to 20kg
✅ Supports upside-down or flipped mounting up to 10kg load
✅ Horizontal full-load speed up to 200mm per second
✅ Motor type: Nema 23 stepper motor model 5776
✅ Maximum motor speed up to 1200 rpm
✅ Quiet operation with no-load noise under 65 dB
✅ Anti-corrosion and rust-resistant construction
✅ Sliding seat and base upgraded with M5 threaded mounting holes for stronger locking

Dimensions
Stroke Length 150mm
Module Height approx. 47mm

💡 Why are ball screw linear modules widely used in CNC linear stages and automation systems?
Ball screw linear modules are built for precision, repeatability, and smooth motion control.

• Ball screw driven linear stages reduce backlash and keep positioning accuracy tight

• Integrated linear guide modules save space while staying rigid under load

• Motorized linear stages provide clean, repeatable travel for CNC, robotics, and automation builds

This linear module is a solid choice when you need accurate motion, quiet performance, and a compact design that fits cleanly into small CNC or automation projects.