Geared Stepper Motor
Low-Voltage Efficiency: Optimized windings for peak performance at 5V, 12V, or 24V DC.
Micro-Scale Footprint: Precise 8mm–42mm diameters tailored for restricted spatial envelopes.
High Torque Density: Integrated planetary/spur gearheads for maximized output.
Industrial Durability: All-metal or reinforced polymer gear trains ensure structural integrity.
Thermal Stability: Engineered for consistent operation during intensive high-duty cycles.
Ultra-Quiet Motion: Self-lubricating sleeve bearings significantly reduce acoustic signatures.
Kechen Motor – Geared Stepper Motor Manufacturer in China
Kechen Motor specializes in the engineering and manufacturing of precision motion control assemblies, integrating high-reliability stepper technology with advanced planetary and spur gearboxes. This series is engineered to deliver exceptional torque density at low operational speeds while maintaining stable positional repeatability. Optimized for a wide array of mission-critical applications—including medical instrumentation, laboratory automation, smart office peripherals, and automotive actuators—our motors provide a robust solution where structural integrity and noise suppression are paramount.
Beyond our high-resolution hybrid series, we offer an optimized Permanent Magnet (PM) Stepper range. This line is specifically designed for high-volume OEM projects that prioritize a compact form factor and reliable open-loop control without the complexity of traditional industrial frames.
Supporting a versatile input range of ≤ 24V DC, these integrated units feature standardized mounting patterns and modular gear ratios. We offer comprehensive customization for specific voltage requirements, bespoke shaft geometries, and specialized gear train materials to match your exact application torque-speed curve.
Product Range & Frame Sizes
PM Geared Stepper Motor: Available in micro-to-medium diameters including 8mm, 10mm, 15mm, 20mm, 25mm, 35mm, and 42mm. These are engineered for space-constrained applications requiring silent, reliable incremental motion.
Hybrid Geared Stepper Motor: Supporting standard industrial NEMA frames including NEMA 8, NEMA 11, NEMA 14, NEMA 16, NEMA 17, and NEMA 23. This series is designed for high-dynamic loads and sub-degree positioning precision.
| Parameter | PM Geared Stepper Series | NEMA Hybrid Geared Series |
|---|---|---|
| Frame Sizes | Ø 8mm, 10mm, 15mm, 20mm, 25mm, 35mm, 42mm | NEMA 8, 11, 14, 16, 17, 23 |
| Native Step Angle | 7.5° / 15° / 18° | 0.9° / 1.8° |
| Effective Resolution | Optimized via planetary gearing for reliable incremental motion. | Theoretical resolution down to 0.05° per step with precision gearheads. |
| Bearing System | Self-lubricating Porous Bronze Bushings for damping and silence. | High-grade Deep-Groove Ball Bearings for high dynamic loads. |
| Torque Density | Optimized for low-to-mid torque (Medical/Valve actuation). | Superior torque output for high-inertia industrial loads. |
| Mechanical Integrity | Lightweight, space-saving design with long-life lubrication. | Robust construction suited for high radial loads and vibration. |
| Typical Applications | Infusion pumps, scanners, HVAC dampers, smart locks. | CNC machinery, 3D printers, robotic arms, industrial AGVs. |
Kechen Geared Stepper Motor Products
Kechen Geared Stepper Motor 3D Design
Mechanical Resolution & Engineering Advantages
By coupling our stepper motors with precision-machined gearheads, we significantly improve the transmission efficiency and effective resolution at the output shaft. The theoretical step angle seen by the load is reduced proportionally to the reduction ratio, facilitating smoother motion profiles and higher holding torque.
Precision PM Series: Utilizing vacuum-impregnated porous bronze bushings, this series offers exceptional vibration damping and a nearly silent acoustic profile. It is the ideal choice for patient-proximal medical devices and high-end office automation where user comfort and thermal stability are critical.
Industrial NEMA Series: Leveraging high-grade gear materials and precision ball bearings, this series can achieve theoretical effective step angles as fine as 0.05°. These units maintain high structural integrity under significant radial loads, enabling ultra-precise motion control for high-dynamic industrial environments.
Kechen Motor ensures all geared assemblies are fully compliant with CE and RoHS standards. Customized gear ratios, shaft modifications, and integrated encoders are available to meet your unique engineering specifications.
Technical Specifications
| Parameter | Series Characteristic |
|---|---|
| Motor Type | 2‑Phase Hybrid Stepper and Permanent Magnet (PM) Stepper |
| Gearhead Options | Planetary, Spur, and Worm Gearboxes (Custom ratios available) |
| Standard Reduction Ratios | i = 3:1, 5:1, 10:1, 20:1, 50:1, 100:1 to 1000:1 |
| Output Performance | Torque up to 50 Nm; Speed range 10–600 RPM |
| Operating Temperature | ‑10°C to +50°C (Optimized for indoor industrial environments) |
| Bearing System | Self-lubricating Porous Bronze (PM) or Precision Ball Bearings (Hybrid) |
| Compliance | CE and RoHS Certified |
Global Industrial Applications
1. Industrial Automation & Material Handling
Designed for systems requiring repeatable incremental motion.
Applications: Precision indexing tables, small-scale conveyors, and pick-and-place units.
Benefit: Integrated gearheads provide the necessary holding torque to maintain position without excessive power consumption.
2. Precision CNC & Laser Machining
Ideal for auxiliary axes where mechanical resolution and low backlash are critical for accuracy.
Applications: Rotary tables, laser cutter head positioning, and axis drives.
Benefit: Reduces “lost motion” during direction changes, ensuring strict adherence to programmed paths.
3. Additive Manufacturing & Desktop CNC
Optimized for motion profiles that demand silent operation and stable torque output.
Applications: X/Y/Z linear axes and rotational extruders for 3D printers and desktop mills.
Benefit: Porous bronze bearings and precision-cut gears minimize acoustic signatures in lab or office environments.
4. Medical & Laboratory Instrumentation
Engineered for highly sensitive dispensing and imaging tasks.
Applications: Peristaltic pumps, fluid dispensing systems, and automated imaging stages.
Benefit: Maintains thermal stability during long-duration tests, preventing heat transfer to sensitive biological samples.
5. Robotics & End-Effectors
Enables high torque in a restricted spatial envelope.
Applications: Robotic grippers, small-scale articulated arms, and low-speed drive systems for AGVs.
Benefit: All-metal gear trains provide the structural integrity required for repetitive mechanical stress.
6. Specialized Actuation
Reliable slow-speed positioning for outdoor or high-load mechanisms.
Applications: Solar trackers, industrial valve control, and commercial damper actuators.
Benefit: High reduction ratios (up to 1000:1) allow for precise angle adjustments with minimal electrical noise.
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