Description
Precision Linear Motion Solution
The Nema17 non-captive linear stepper motor is designed for high-accuracy linear motion applications.
Its open lead screw structure supports virtually unlimited travel length.
This design is ideal for compact automation equipment.
The motor delivers stable linear displacement output.
It also maintains excellent repeatability performance.
As a Nema17 non-captive linear stepper motor for high-precision positioning,
it is widely used in testing and analytical instruments.
Its compact structure simplifies machine design.
It also reduces the need for additional transmission components.
Outstanding Performance and Application Advantages
The motor utilizes advanced hybrid stepper technology.
It delivers smooth and controllable linear movement.
A precision-machined lead screw minimizes mechanical backlash.
This significantly improves positioning accuracy and responsiveness.
As a Nema17 non-captive linear stepper motor for laboratory automation,
it meets demanding micro-motion control requirements.
The motor operates with low noise levels.
It is suitable for medical and optical equipment.
Higher thrust output improves system productivity.
Long-term operational stability is also ensured.
The motor supports various microstepping drive systems.
This enables finer motion control performance.
It is ideal for applications requiring accurate displacement.
Examples include semiconductor equipment and precision assembly platforms.
Manufacturing Process and Quality Assurance
The rotor uses high-performance permanent magnetic materials.
This improves magnetic flux density and efficiency.
The stator core features precision laminated construction.
This reduces vibration and energy loss.
As a Nema17 non-captive linear stepper motor with customizable lead screw options,
it can be tailored to project requirements.
Lead, screw length, and connection styles are available.
Every motor undergoes strict quality inspection procedures.
Each unit receives performance calibration.
Continuous aging tests are also performed.
This ensures product consistency across production batches.
Corrosion-resistant surface treatment improves durability.
The motor performs reliably in various automation environments.
Nema17 Non-Captive Linear Stepper Motor Specifications
- Product Name: Nema17 Non-Captive Linear Stepper Motor
- Motor Type: 2-Phase Hybrid Linear Stepper Motor
- Configuration: Non-Captive External Lead Screw Design
- Frame Size: 42 × 42 mm
- Motor Body Length: 34 mm / 40 mm / 48 mm / 60 mm optional
- Step Angle: 1.8° (200 steps per revolution)
- Lead Screw Diameter: Φ5 mm
- Lead Screw Material: Precision Rolled Stainless Steel Screw
- Lead Options: 1 mm / 2 mm / 4 mm / 8 mm
- Linear Resolution: Up to 0.005 mm per step
- Holding Torque: 0.22~0.65 N·m
- Maximum Linear Force: 30~180 N
- Rated Current: 1.0~2.0 A/phase
- Phase Resistance: 1.4~6.8 Ω
- Phase Inductance: 1.8~5.5 mH
- Rated Voltage: 12~48 VDC
- Repeatability Accuracy: ±0.015 mm
- Axial Backlash: ≤0.03 mm
- Insulation Resistance: 100 MΩ Minimum at 500V DC
- Insulation Class: Class B (130°C)
- Protection Rating: IP40
- Operating Temperature: -20°C to +50°C
- Service Life: More than 5 million reciprocating cycles
- Mounting Method: Standard Nema17 mounting pattern
- Optional Features: Anti-rotation mechanism, encoder, custom screw length
- Typical Applications: Semiconductor equipment, automated inspection systems, laboratory automation, optical positioning platforms, and medical devices
Key Features
The open lead screw architecture enables virtually unlimited travel distance.
Multiple lead configurations balance thrust and travel speed.
Smooth motion characteristics support precision positioning applications.
OEM and ODM customization services are available for specialized projects.
