




High Precision Linear Actuator With 15mm Stroke And 90mm Travel, DC 5V And 6V, 2-Phase 4-Wire Stepper Motor, Screw Nut Lead Screw System For DIY 3D Printer Motion Control Kit
✔️ 90mm travel, 15mm stroke, DC 5V/6V 2-phase stepper
This compact linear actuator is designed for precise, programmable linear motion in DIY motion control setups. It's a great fit for hobby CNC, 3D printers, robotic arms, and test rigs where compact form and repeatable steps matter.
âś… Stroke: 15 mm (0.59 in)
âś… Travel: 90 mm (3.54 in)
âś… Drive: DC 5V/6V, 2-phase stepper motor
âś… Lead screw and nut for smooth, precise movement
âś… Mounting options compatible with common DIY kits
đź’ˇ What is a high precision linear actuator used for in DIY motion control? This handy device helps you add precise, repeatable linear motion to small machines. - Handy for 3D printers, CNC builds, and robotics - Works with standard microcontrollers and stepper drivers - Reduces backlash with screw-nut design for repeatable moves - Compact footprint fits tight enclosures
Original: $127.52
-65%$127.52
$44.63Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ 90mm travel, 15mm stroke, DC 5V/6V 2-phase stepper
This compact linear actuator is designed for precise, programmable linear motion in DIY motion control setups. It's a great fit for hobby CNC, 3D printers, robotic arms, and test rigs where compact form and repeatable steps matter.
âś… Stroke: 15 mm (0.59 in)
âś… Travel: 90 mm (3.54 in)
âś… Drive: DC 5V/6V, 2-phase stepper motor
âś… Lead screw and nut for smooth, precise movement
âś… Mounting options compatible with common DIY kits
đź’ˇ What is a high precision linear actuator used for in DIY motion control? This handy device helps you add precise, repeatable linear motion to small machines. - Handy for 3D printers, CNC builds, and robotics - Works with standard microcontrollers and stepper drivers - Reduces backlash with screw-nut design for repeatable moves - Compact footprint fits tight enclosures
























