Technology - Shunli

OUR ADVANTAGES

Precision Gear Design & Manufacturing

Self-developed gear optimization algorithm for smoother meshing and higher efficiency.
Capable of machining ultra-small module gears (under 0.1 module).

Low Noise & Vibration Control

Multi-layer noise-reduction structure (eccentric damping, tooth optimization).
Internal noise level as low as 35dB.

Long-Life Operation System

Use of high-durability materials such as engineering plastics and powder metallurgy gears. Fully lubricated systems for over 1,000 hours of continuous use.

Smart Control Compatibility

Supports integration with encoders and Hall sensors for closed-loop control. Compatible with PWM, TTL, RS485 and other signal inputs.

Lightweight & High Power Density Design

Integrated structure design reduces component count and improves efficiency. Up to 20% reduction in size while maintaining torque output.

Comprehensive Reliability Testing

In-house life testing laboratory. Capable of simulating extreme temperature, humidity, and load conditions.

Customization Capabilities

Fast and flexible customization for voltage, current, gear ratio, output shaft shape, etc. Engineering support includes 3D modeling, motor selection, and sample evaluation.

Production Equipment Highlights

Swiss Achir GF Wire EDM Chamfering Machine

1.High-precision chamfering:It can accurately control the angle and size of the chamfer to meet varlous high - precision machining requirements.

2.Efficient machining: With high machining efficiency, it can complete the chamfering of a large number of workpieces in a relatively short time.

3.Strong adaptability: It can perform chamfering on a variety of conductive materials, including metal materials with high hardness.

Swiss Achir GF Chamil Spark Machine

1.Strong ability to machine complex shapes: It can machine extremely complex three - dimensional shapes. Whether it is the cavity of a mold or the shape of a special precision part, it can be accurately formed.

2.High- precision machining: It can achieve high - precision dimensional control and good surface finish, meeting the requirements of precision manufacturing.

3.High degree of automation: Equipped with an advanced numerical control system, it can realize automated programming and machining, reducing manual intervention and improving the stability and consistency of machining.

Mitutoyo vision measuring instrument

1.High - precision & Non- contact: With micron - level precision, it uses optical non - contact measurement to avoid damaging workpieces, suitable for inspecting precision and fragile parts.

2.Multifunctional inspection: Covers measurements of dimensions, geometric tolerances, contours, etc., meeting diverse workpiece inspection needs.

3.Automation & Compatibility: Supports auto - focusing and measuring, ensuring high efficiency and low errors; can interact with CAD/CAM for smooth data transfer.

Mitutoyo Coordinate Measuring Machine (CMM)

1.High Precision Measurement:The CMM offers extremely high measurement laccuracy, capable of measuring in the micron level or even higher. It is widely used in high-precision quality control and part inspection.

2.Multiple Probe Options:The CMM can be equipped with various types of probes, including touch probes, laser probes, or video probes. These probes can be selected based on the measurement requirements, supporting both contact and non-contact measurement.

3.Three-Dimensional Measurement Capability:The CMM allows for comprehensive measurement of objects in three-dimensional space, not just in terms of length and width, but also depth, angles, and curved surfaces. This makes it suitable for inspecting complex parts with intricate geometries.

Osaka Seimitsu Kikai

1.High Precision Measurement:The system uses high-precision probes and advanced measurement technology to perform micron-level measurements, ensuring parts meet strict dimensional and tolerance requirements.

2.Contact Measurement Method:The system employs a contact measurement probe that precisely measures the part by physically contacting its surface, making it suitable for inspecting parts with complex geometries.

3.Computerized Data Analysis and Display:The system is connected to a computer that displays real-time measurement results and performs data analysis, providing detailed reports on dimensions and tolerance checks to support automated quality control.

Torsion Machine

1.Accurate Torque Measurement: Equipped with high - precision torque sensors, it can accurately measure the torque of objects of different specifications, from tiny precision components to large - sized shafts, with extremely small errors.

2.Flexible & Easy to Use: It has a user - friendly interface. Parameters (loading speed, mode, etc.) can be set quickly. It can also automatically record and analyze data, making report generation convenient.

3.Safe & Stable: With overload protection, emergency stop and other devices, it shuts down automatically in case of abnormalities. The equipment structure is durable and can operate stably for a long time.