CNC Linear Stage Actuator, Double Optical Axis Linear Slide Rail 1204 Ball Screw CNC Linear Motion Rail Guide with Nema23 Stepper Motor for CNC Router Machine (200mm / 7.87")

CNC Linear Stage Actuator with Double Optical Axis, 1204 Ball Screw, NEMA23 Stepper Motor for CNC Router - 200 mm Total Length (7.87")

✔️ CNC Linear Stage Actuator with Double Optical Axis, 1204 Ball Screw, NEMA23 Stepper Motor for CNC Router - 200 mm Total Length (7.87")

Compact CNC linear stage actuator designed for precise positioning in CNC routers, milling machines, gantry systems, and automated setups. Built on an aluminum alloy base, it offers a stable 80 mm width and strong load carrying capacity for horizontal and vertical applications. Pack size: 1 unit.

✅ Horizontal load: 30 kg; Vertical carrying: 15 kg; Width: 80 mm (3.15 in).
✅ Guide rail: 20 mm square linear rail; Screw: Ball screw drive 1204; Diameter: 12 mm (0.47 in); Effective travel length: 100 mm (3.94 in).
✅ Screw precision grade: C7; Lead: 4 mm (0.157 in); Travel accuracy supports precise positioning.
✅ NEMA23 stepper motor: Size 57 x 57 x 56 mm; torque 1.26 N·m; current 3 A; voltage 12-36 V; control: pulse; max speed ~1000 RPM; wiring Red A+, Green A-, Yellow B+, Blue B-.
✅ Dual axis guide rail: 12 chrome plated axis with linear bearings for stable, smooth motion.
✅ Installation features: 80 mm aluminum base, bottom M4 movable nut, side mounting groove, M3 limit nut, easy multi axis integration.

Perfect for precise, repeatable positioning in DIY CNC, engraving, laser cutting, and automated assembly tasks, delivering smooth motion and reliable loads in compact setups.

It provides accurate, repeatable motion for positioning workpieces or tools along a fixed axis, enabling high precision operations in machines and automation.

• High-precision positioning for CNC routers, engraving, 3D printers, and laser systems.
• Low-friction, ball screw driven output with sturdy aluminum base for reliable mounting.
• Easy integration with common stepper motors and control electronics for straightforward setups.
• Consistent travel and repeatability in compact footprints for tight automation tasks.