A LeanMotor offers several types of Linear stepper motor, including External T-Type, External Ball Screw, Captive, and Non-Captive designs. Each type is engineered for high precision and repeatability in CNC, 3D printing, and medical equipment applications.

A Does LeanMotor provide OEM ODM customized linear stepper motor solutions? A: Yes, as a professional manufacturer with 15 years of experience, we provide full OEM ODM customized services. This includes tailoring motor parameters, lead screw lengths, and specialized electrical interfaces to meet specific industrial requirements.

A Absolutely. Our factory specializes in customized lead screws (T-type or Ball screw) to match your required stroke length and travel speed, ensuring the Linear stepper motor fits perfectly into your mechanical assembly.

A We manufacture a wide range of sizes for OEM needs, including NEMA 8, 11, 14, 17, 23, and 34. These can be further modified with custom windings or shafts to optimize torque and performance for your specific application.

A Yes, we provide ODM customized solutions specifically for medical and lab automation. Our Linear stepper motor products can be integrated with encoders or specialized coatings to ensure silent operation and high reliability in sterile environments.

A Our customized shaft services include single or dual flats, keyways, hollow shafts, threaded shafts, and custom pinions. This flexibility allows our Linear stepper motor to integrate seamlessly with various pulleys and couplings.

A Yes, for harsh environments, we offer OEM ODM customized waterproof versions. Our Linear stepper motor can be built with IP65-rated sealing to protect against dust and moisture in outdoor or industrial washdown settings.

A For a customized prototype, the lead time typically ranges from 2 to 4 weeks. Our factory's mature supply chain ensures that even highly specific Linear stepper motor designs are delivered promptly for your R&D phase.

A Yes, we provide OEM ODM customized integrated solutions where the Linear stepper motor is combined with a built-in driver or controller, reducing wiring complexity and saving space in compact machine designs.

A All our Linear stepper motor products, including customized units, are CE, RoHS, REACH, and ISO 9001/14001 certified. This ensures our OEM ODM solutions meet the highest international quality and environmental standards.

A To choose the right hybrid stepper motor OEM ODM customized solution, consider torque requirements, frame size (NEMA standards), current rating, step angle, and required add-ons like encoders or gearboxes.

A Hybrid stepper motors offer high positioning accuracy, strong holding torque, stable low-speed performance, and open-loop control capability, making them cost-effective for precision systems.

A OEM ODM customized hybrid stepper motors are widely used in automation equipment, 3D printers, CNC machinery, medical devices, and precision instruments requiring reliable motion control.

A Bipolar stepper motors usually have 4 wires and require more complex drivers but deliver higher torque, while unipolar stepper motors use 5 or 6 wires and simpler control circuits with reduced torque output.

A Typical 2 phase hybrid stepper motors offer step angles like 1.8°, 0.9°, and 1.2°, allowing different levels of precision depending on application requirements.

A Manufacturers offer flexible OEM ODM customized hybrid stepper motor options such as shaft modification, winding parameters, mounting dimensions, voltage/current tuning, and cable configurations.

A Yes, hybrid stepper motors support OEM ODM customized solutions, including gearbox integration, encoders, connectors, brakes, lead screws, and integrated drivers to meet application-specific requirements.

A A 2 phase bipolar hybrid stepper motor provides better torque density, higher efficiency, and improved microstepping performance, making it ideal for CNC machines, robotics, and medical devices.

A A bipolar stepper motor uses two coils without center taps, offering higher torque efficiency, while a unipolar stepper motor has center-tapped windings for simpler control but lower efficiency. Hybrid stepper motors can support both configurations depending on wiring. 

A A hybrid stepper motor combines permanent magnet and variable reluctance technologies to deliver higher torque and precision. A 2 phase stepper motor operates using two independent coils, enabling accurate step positioning and smooth motion control.