Our R&D team is committed to innovation and excellence. We continuously invest in the latest technologies and methods to develop high-quality products that meet diverse customer needs. These include:
1. Product Design and Development: Providing customized design solutions for electric actuators.
2. Prototyping and Testing: Rapidly producing samples and conducting rigorous testing to ensure product performance.
3. Continuous Improvement and Innovation: Continuously optimizing design and technology to enhance product competitiveness.

We have advanced manufacturing equipment and skilled personnel, enabling us to efficiently produce high-quality electric actuators. Key elements of our manufacturing process include:
1. Precision assembly and production: Ensuring the precision of each component to meet high standards.
2. Using high-quality materials and components: Selecting materials that meet international standards ensures product durability.
3. Efficient production processes: Implementing meticulous management practices ensures on-time delivery.

We are committed to delivering high-quality products and conduct 100% thorough inspection on every electric actuator before shipment. Our quality assurance measures include:
1. testing and inspection at every stage of production ensures that every product meets design specifications.
2. Compliance with ISO 9001 quality management system requirements establishes standardized processes to ensure consistent quality.
3. Continuously monitor and improve quality assurance processes to optimize quality control based on market feedback.

1. Customer Requirements Confirmation: Conduct preliminary discussions with the customer to fully understand their specific requirements, including control method, operating speed, and environmental conditions.
2. Feasibility Assessment: Evaluate project feasibility based on customer specifications and our technical capabilities, taking into account design constraints, functional requirements, and potential challenges in electric actuator manufacturing.

1. Product Proposal: Develop and submit a detailed product design that meets customer requirements. This proposal includes structural design, operating principle (e.g., motor selection, drive system, control system), and preliminary technical specifications.
2. Design and Prototype Development: Create a preliminary design and develop prototypes. This phase includes designing the housing, motor assembly, transmission, and packaging.

1. Customer Review: Samples and design documents are submitted to the customer for evaluation. Feedback is collected and modifications are implemented.
2. Sample Testing: Prototypes undergo various tests, including operational performance, environmental durability testing (e.g., waterproofing, dustproofing, corrosion resistance, temperature, humidity, etc.), and load testing, to ensure that the electric actuator meets customer requirements and industry standards.

1. Final Design Approval: Incorporating customer feedback, finalizing the design and confirming key specifications such as size, power requirements, control interfaces, and electrical/mechanical connections.
2. Contract Signing/Order Confirmation: Signing a formal agreement detailing the production plan, delivery schedule, and after-sales support commitments.

1. Production and Assembly: Mass production begins, ensuring the assembly accuracy and consistency of all components.
2. Quality Assurance: Mass production begins, ensuring the assembly accuracy and consistency of all components. This includes material selection, processing, assembly, and final testing to ensure the stability and reliability of the electric actuator under various operating conditions.