Long-term benefits are realized in several key areas. First of all, our engineering expertise helps you optimize material selection and design in the development stage, thus directly reducing the basic manufacturing cost. Secondly, through strict prototype validation, we significantly reduce the risk of costly quality rework and production delays in the mass production process. Finally, as your life-cycle partner, we ensure stable supply continuity and provide continuous technical support.This can eliminate hidden costs and efficiency losses caused by changing suppliers for product maintenance or future iterations. This comprehensive strategy transforms the initial development investment into sustainable cost savings throughout the product lifecycle.

Project timelines depend on product complexity, testing requirements and development scope. As a general reference:

We provide a detailed development schedule with milestone checkpoints after reviewing your specific requirements.

Prototype testing is designed to identify performance gaps before production begins. We treat this as a normal part of the development process, not a failure.

If a prototype does not meet requirements, we will analyze the test data to identify root causes, recommend design adjustments or material alternatives, and produce a revised prototype for re-validation.

Multiple prototype iterations are expected for complex projects and are included in the development plan. Our goal is to resolve all performance issues during the development phase.

Note: Major design changes after advanced testing stages may add time to the project schedule. We provide clear timeline updates whenever changes are required.

To initiate an ODM project, we typically begin by gathering a comprehensive set of client inputs. The first critical element is the target application and media, which defines what the valve is controlling, as this directly influences material compatibility and functional design. Next, we require detailed performance requirements, including operating pressure, temperature, flow characteristics, leakage class, and any specific fire-safe or fugitive emission standards that must be met. The client’s market positioning – whether the product is intended for premium, mid-range, or economy segments – also plays a pivotal role, as it drives decisions regarding material selection, manufacturing processes, and overall design complexity. Additionally, we encourage clients to share any preferred design reference, such as competitor product examples, previous successful models, or initial conceptual sketches, as these provide valuable directional guidance. Finally, we ask for quantity targets for production, which are essential for capacity planning, supply chain optimization, and cost-effective manufacturing. With this information in hand, we are able to conduct a preliminary feasibility assessment and develop a comprehensive project proposal tailored to the client’s specific needs and objectives.

Design changes during development are common. And we accommodate them as part of our ODM process.

In the early stage (concept and engineering design period), changes are usually relatively straightforward, and they have the least impact on the timeline.

At the prototype or test stage, we will first evaluate the feasibility of the changes and their impact on the timeline, and then decide whether to implement them, and will clearly tell you how these changes will affect the development progress and cost.

Once production is ready to start, major design changes may have to redo some validation steps. We advise customers on the best time to finalize designs before transitioning to production planning.

We recommend finalizing core design requirements before the prototype stage to keep development on track. But we understand that market feedback sometimes requires adjustments, and we support that.