Product development
Develop and refine plastic products around functional and assembly requirements.
Start with a design review →Custom mold making and injection molding for electronic enclosures, home appliance components and beauty device housings. We welcome project enquiries worldwide.
Start with the stage you are at today. Bring us a product idea, an existing design or a production requirement, and discuss the scope needed to move your project forward.
Develop and refine plastic products around functional and assembly requirements.
Start with a design review →Plan the mold around part geometry, production needs and the agreed project scope.
Discuss your tooling →Manufacture custom plastic parts to the material and specifications agreed for your project.
Talk about your part →Discuss assembly requirements together with molded parts and downstream processes.
Discuss assembly scope →Explore applications for custom mold making and injection molding. Tell us about the component you want to develop or produce.
Custom housings for electronics projects. Discuss openings, mounting points, mating parts and the appearance your enclosure needs.
Discuss your enclosure project →
Custom covers, tanks, grilles and panels for small appliance and personal-care device projects. Discuss fit, ventilation, surface finish and the conditions in which the component will be used.
Discuss your appliance component →
Develop housings around your beauty device concept. Discuss grip, shape, surface appearance and how the housing will fit the device assembly.
Discuss your housing project →Company-provided product photos. Examples of the part types we mold; images are not documented customer projects.
惠州恒易达科技有限公司
Based in Huiyang District, Huizhou, Guangdong, Hengyida operates a factory of more than 2,000 square meters. Our services cover plastic raw materials, product development, mold design and manufacturing, injection molding and assembly.
Share your part concept, sample or design requirements. Discuss part geometry, intended material, production quantity and assembly needs as one connected project.
Tooling specifications, ownership and project responsibilities are agreed before the work begins.
Discuss your mold project →Define the material, appearance, quantity and inspection requirements for your plastic parts. Include the interfaces and mating components that affect the final assembly.
For an existing design or mold, describe what is available and what you need from the next production run.
Discuss your molding project →Different project stages need different conversations. We clarify the technical and commercial details before confirming the work.
| Project focus | New product or new mold | Production or assembly |
|---|---|---|
| Starting point | A concept, sample or developing part design. | An established design, existing tooling or a defined production brief. |
| What to share | Application, approximate dimensions, interfaces and design questions. | Material specification, quantity range, quality requirements and assembly needs. |
| What we discuss | Product design scope, mold requirements and the route to a first sample. | Tooling suitability, production scope, inspection and assembly arrangements. |
| Before committing | Engineering feasibility, material grade, tooling ownership, price, quantity and timing are confirmed at DFM, before steel is cut. | |
Not sure which stage fits? Share a short description. No confidential files are needed for the first enquiry.
Tell us how the part will be used, its working environment and any specified material grade. Material suitability and inspection requirements are reviewed for the individual project.
Technical scope, pricing and delivery arrangements are confirmed individually after review.
Start with your application, destination market and a short project description. No confidential drawings are needed at this stage.
Review material preferences, dimensions, interfaces, quantities and open questions with the appropriate team member.
Confirm feasibility, responsibilities and commercial terms before committing to tooling, samples or production.
T1/T2 sample, measure against the drawing, adjust and approve before the production run.
Start with the application, project stage, approximate dimensions and estimated quantity. If material or finish is undecided, describe the working environment and the appearance you want.
Send your project brief →Identify the critical dimensions, appearance requirements and assembly checks for your product. Inspection scope and acceptance criteria should be agreed as part of the project.
Every project ships with the paperwork your quality team needs. Certificates are listed with issuing body, scope and validity date when they are issued.
Resin grade, lot number and MFI from the supplier, supplied per batch.
Critical dimensions measured against your drawing, with inspection data.
T1 parts measured and reported before tool sign-off.
Third-party reports arranged per material on request.
Signed before drawings are shared. Files stay out of public paths.
Carton count, gross weight and shipping marks agreed before dispatch.
Certificate copies are provided with your quotation or NDA pack.
Start with the application, project stage, approximate dimensions and estimated quantity. If you have a drawing or 3D file, include it; if not, a short description is enough to begin.
Yes. A concept, sample or developing design is a normal starting point. We can discuss product design scope, mold requirements and the route to a first sample.
No confidential files are needed for the first enquiry. If drawings are required later, agree on confidentiality before sending sensitive files.
After reviewing the part, material, quantity and tooling route, we confirm feasibility, responsibilities, price and timing for the specific project.
A short brief is enough to begin. Share what you know and leave the rest open for discussion. Send the RFQ form and we will get back to you.