We mainly supply Trishaw spare parts, Trishaw Assembly Lines and Trishaw assembly technology. 

Trishaw assembly technology involves preparation, frame and axle installation, motor and suspension setup, component assembly, battery and control system wiring, braking system installation, final interior fitting, performance and quality testing, and painting. Automated lines enhance efficiency and product consistency in trishaw manufacturing.

Trishaw assembly technology covers the entire process from raw material preparation to the final product testing. Here are some key steps and points:

1. **Preparation Work**: Before assembling an electric trishaw, ensure all parts and tools are complete, and clean the workbench and surrounding area to ensure safety and tidiness.

2. **Frame Assembly**: Place the frame on the workbench, install the front and rear axles, and ensure the axles are perpendicular to the frame and tighten the screws. Also, install the front and rear suspension systems, ensuring they are firmly installed and can move freely.

3. **Electric Motor Installation**: Install the electric motor bracket, ensuring it is flat and stable against the frame.

4. **Component Preparation**: Prepare components including wheels, motors, batteries, and control systems.

5. **Battery Assembly**: Install the battery and connect it to the control system and motor.

6. **Control System Installation**: Install the controller and dashboard, and arrange the wiring.

7. **Braking System Installation**: Install the brakes and ensure they work properly.

8. **Final Assembly**: Complete the assembly of seats, dashboards, and other interiors.

9. **Performance Testing**: Conduct comprehensive performance tests on the assembled vehicle, including speed, braking, and handling.

10. **Quality Inspection**: Carry out strict quality checks to ensure the vehicle meets safety standards.

11. **Painting**: Spray the frame and body for aesthetic appeal and anti-corrosion protection.

12. **Automated Assembly Line**: Automated assembly lines play an important role in the production of electric trishaw vehicles, including automatic conveying systems, robotic welding, automated assembly stations, automatic testing equipment, and the application of MES systems, which improve production efficiency and product quality.

These steps and the application of technology ensure high efficiency and quality production in trishaw assembly lines, reducing labor costs and increasing product consistency.