Product Design

From idea, prototype or sample to manufacturable product structure.

We help turn early concepts, samples and old-part problems into structures suitable for prototyping, tooling and injection molding.

Product Design

Risk Review

We first identify the risks that may affect tooling and production.

Idea not manufacturable

Convert function into wall thickness, ribs, bosses, snap-fits and assembly logic.

Assembly uncertainty

Check interference, positioning, sealing and repeated assembly risks.

Weak structure

Review load path, ribs, radii and connection areas.

Tooling risk

Reduce undercuts, sharp corners and difficult polishing areas before tooling.

Engineering Path

Product design must connect function, assembly, tooling and molding.

01Requirement review

Confirm drawings, samples, size, quantity, use environment and target cost.

02Structure judgment

Check wall thickness, draft, undercuts, ribs, bosses, assembly and appearance surfaces.

03Validation and optimization

Use prototype, mold flow review or structural review when the risk is unclear.

04Tooling and production

Move into mold plan, trial mold, correction, pilot run and delivery tracking.

Design review, sample measurement and prototype validation.

Engineering Judgment

The goal is not just a model, but a structure that can be made.

Support from product idea, structure, manufacturability, cost control, assembly, and use scenario review.

Design Structure

The key is to make the product easy to manufacture, assemble and verify.

Main demolding direction01

Main direction

Confirm the largest projection direction, deep cavity direction and draft condition first.

Undercut and slider analysis02

Undercuts

Side holes, windows, hooks and reverse steps decide whether sliders or lifters are needed.

Shutoff and flash risk03

Shutoff and flash

Weak shutoff areas and sharp corners can cause flash and maintenance problems.

Method

The goal is not just a model, but a structure that can be made.

Input

Drawings, 3D files, samples, photos, quantity and use requirements.

Review

Evaluate structure, tooling, molding, assembly and possible weak areas.

Output

Provide actionable suggestions for structure, mold or process adjustment.

Checklist

Product design review checklist.

Turn ideas, prototypes or samples into manufacturable structuresConfirm before moving to the next engineering step.
Optimize assembly, sealing, snap-fits, bosses and ribsConfirm before moving to the next engineering step.
DFM review before toolingConfirm before moving to the next engineering step.
Communication recordKeep key assumptions, changes and acceptance criteria clear.

Inquiry

Have drawings or samples? Send them to us for evaluation.

For a more accurate review, please provide product images, 2D drawings, 3D files, dimensions, part weight, estimated quantity, color, surface requirements, and whether a mold already exists.