NEMA34 87kg-cm Hybrid Bipolar Stepper Motor for CNC, Robotics & 3D Printers

Key Highlights

• ✓Applications: CNC Machines: Ideal for CNC routers, mills, and lathes where high precision and significant torque are required to move tools or workpieces.
• ✓ Industrial Robots: Suitable for robotic arms and systems that demand heavy-duty torque and precision for tasks such as assembly, packaging, and material handling.
• ✓ 3D Printers: Effective in large 3D printers with heavy components (e.g., large extruders or print beds) that need substantial torque to move accurately.
• ✓ Industrial Automation: Perfect for automated systems including conveyors, packaging lines, and assembly machines that require both high torque and precise control.
• ✓ Laser Cutters/Engravers: Drives the moving parts of laser cutters or engravers requiring precise, high-torque operation.
• ✓ Features: High Torque: Delivers 87 kg-cm (765 oz-in) of torque, making it extremely powerful for heavy-duty industrial applications.
• ✓ Hybrid Design: Combines permanent magnet and variable reluctance elements for better efficiency, smoother operation, and higher torque than unipolar motors.
• ✓ Bipolar Configuration: Utilizes both windings to generate rotational force, resulting in enhanced efficiency and increased torque compared to unipolar designs.
• ✓ Precision Control: Offers a 1.8° step angle (200 steps per revolution) for accurate positioning and fine control in CNC and automation systems.