ODE Electric Hydraulic Tools Production Process

Electric hydraulic tools are an important equipment widely used in rescue, construction, manufacturing and other fields. The production process involves multiple links to ensure that the tools have efficient, durable and safe performance. As a professional electric hydraulic tool manufacturer, ODE strictly follows industry standards and adopts advanced production technology to create high-quality products. This article will introduce the main production process of ODE electric hydraulic tools.

1. Design and R&D

Before production, ODE's engineering team will conduct detailed market research, analyze customer needs, and formulate product plans in combination with the latest technological trends. CAD software is used for product design to ensure that the electric hydraulic tools have a reasonable structure and superior performance. At the same time, through finite element analysis (FEA) and simulation testing, the various parameters of the product are optimized to improve the load-bearing capacity and durability of the tool.

2. Material selection and processing

The core components of electric hydraulic tools include hydraulic cylinders, motors, valve bodies, etc. The material selection of these components is crucial. ODE uses durable materials such as high-strength alloy steel and aviation-grade aluminum to enhance the product's pressure resistance and wear resistance. After strict screening and testing, the raw materials enter the CNC processing link for precision cutting, drilling and turning to ensure that the dimensional accuracy of each part meets the design standards.

3. Assembly and assembly

All processed parts will enter the assembly link. ODE uses an automated assembly line combined with manual operation to ensure the fine assembly of the tools. The hydraulic system, motor, and control components are installed according to the process flow, and high-precision torque tools are used to tighten each connection to ensure hydraulic sealing and structural stability.

4. Performance testing and quality inspection

In order to ensure the reliability of electric hydraulic tools, ODE conducts multiple quality inspections during the production process. First, each hydraulic component will be pressure tested to ensure sealing and pressure resistance. Subsequently, the finished product will undergo load testing, temperature adaptability testing, noise testing, etc. to verify its stability under different working environments. ODE strictly implements the ISO quality management system to ensure that each product meets international standards.

5. Surface treatment and protection

In order to enhance the corrosion resistance and aesthetics of the product, ODE sprays, electroplates or anodizes the surface of the tool. These processes not only improve the durability of electric hydraulic tools, but also prevent problems such as rust and peeling after long-term use.

6. Packaging and delivery

Electric hydraulic tools that pass all tests will enter the packaging stage. ODE uses shockproof packaging materials to ensure that they are not damaged during transportation. At the same time, each product will be equipped with detailed instructions and user guides to facilitate customer installation and operation. Finally, the products are warehoused and shipped to the global market according to order requirements.

Conclusion

The production process of ODE electric hydraulic tools covers multiple links such as design, processing, assembly, testing, surface treatment and packaging to ensure the high quality and high performance of the products. It is this refined manufacturing process that makes ODE's electric hydraulic tools widely recognized in the industry and provides strong support for various professional applications.