Actuator-CNC-Robotics

Move, position, and control with precision. This collection brings together actuators, motors, and CNC motion parts for robots, 3D printers, plotters, and DIY machines—fully compatible with Arduino, ESP32, and Raspberry Pi.

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Pick the Right Setup

  • Precision & torque: Choose NEMA size (17/23) for torque; use planetary gearboxes for higher reduction and stiffness.
  • Speed vs force: Lead/ball screw pitch sets speed & force; low pitch = more force, high pitch = more speed.
  • Noise & smoothness: TMC drivers offer quiet operation with stealthChop/spreadCycle.
  • Voltage headroom: 24 V improves stepper torque at speed vs 12 V; size your PSU for peak current.

Starter Bundles & Essentials

Works With

Arduino (UNO/MEGA) • ESP32 • Raspberry Pi • GRBL/Marlin/CNC firmware (via appropriate drivers/controller boards)

FAQs – Actuators, Robotics & CNC (Philippines)

Are these motors and drivers compatible with Arduino/ESP32/Raspberry Pi?
Yes. Use step/direction drivers (A4988/DRV8825/TMC/TB6600) with Arduino/ESP32, or USB interfaces for Raspberry Pi. Match logic levels and supply voltage/current.
Should I run 12 V or 24 V?
24 V generally provides better high-speed torque for steppers and faster moves. Ensure your driver/PSU and motor specs support 24 V.
How do I size stepper current?
Start near 70–80% of the motor’s rated current and tune while monitoring motor/driver temps. Add heatsinks/fans for drivers handling higher currents.
What linear motion parts do I need for a small CNC?
Common combos: MGN12 rails + T8 lead screws (or ball screws), GT2 belt for light axes, flexible couplings, rigid frame, endstops, and a 24 V PSU.
Do you ship nationwide in the Philippines and support bulk orders?
Yes. We ship nationwide via trusted couriers and can assist with school, lab, and corporate orders.
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Move, position, and control with precision. This collection brings together actuators, motors, and CNC motion parts for robots, 3D printers, plotters, and DIY machines—fully compatible with Arduino, ESP32, and Raspberry Pi.

Shop by Category

Pick the Right Setup

  • Precision & torque: Choose NEMA size (17/23) for torque; use planetary gearboxes for higher reduction and stiffness.
  • Speed vs force: Lead/ball screw pitch sets speed & force; low pitch = more force, high pitch = more speed.
  • Noise & smoothness: TMC drivers offer quiet operation with stealthChop/spreadCycle.
  • Voltage headroom: 24 V improves stepper torque at speed vs 12 V; size your PSU for peak current.

Starter Bundles & Essentials

Works With

Arduino (UNO/MEGA) • ESP32 • Raspberry Pi • GRBL/Marlin/CNC firmware (via appropriate drivers/controller boards)

FAQs – Actuators, Robotics & CNC (Philippines)

Are these motors and drivers compatible with Arduino/ESP32/Raspberry Pi?
Yes. Use step/direction drivers (A4988/DRV8825/TMC/TB6600) with Arduino/ESP32, or USB interfaces for Raspberry Pi. Match logic levels and supply voltage/current.
Should I run 12 V or 24 V?
24 V generally provides better high-speed torque for steppers and faster moves. Ensure your driver/PSU and motor specs support 24 V.
How do I size stepper current?
Start near 70–80% of the motor’s rated current and tune while monitoring motor/driver temps. Add heatsinks/fans for drivers handling higher currents.
What linear motion parts do I need for a small CNC?
Common combos: MGN12 rails + T8 lead screws (or ball screws), GT2 belt for light axes, flexible couplings, rigid frame, endstops, and a 24 V PSU.
Do you ship nationwide in the Philippines and support bulk orders?
Yes. We ship nationwide via trusted couriers and can assist with school, lab, and corporate orders.
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