UTTMould provides injection mold design and DFM engineering support for plastic injection mold projects. The goal is to identify product and tooling risks before mold making, so buyers can reduce changes, delays and avoidable molding defects.
Our engineering team reviews plastic part structure, material, tolerance, surface finish, assembly conditions and production volume before recommending mold structure and tooling direction.
| Review Area | What We Check |
|---|---|
| Part geometry | Wall thickness, draft angle, ribs, bosses, undercuts, clips, threaded features and sharp corners |
| Mold structure | Parting line, gate location, runner system, ejection, sliders, lifters and demolding risks |
| Material behavior | Shrinkage, warpage risk, flow length, strength, temperature resistance and application needs |
| Appearance requirements | Texture, gloss, weld lines, sink marks, gate marks and visible surface requirements |
| Production target | Prototype tooling, low-volume molding, production tooling, mold life and expected annual volume |
| Quality requirements | Tolerances, assembly fit, inspection points and validation requirements |
DFM means design for manufacturability. For injection molding, it reviews whether the plastic part design can be molded reliably, ejected safely and produced with stable quality.
DFM should be done before mold making starts. Early review helps reduce tooling changes, schedule delays and unnecessary cost.
Yes. UTTMould can review difficult demolding, undercut, wall thickness, gate and ejection conditions and provide mold design suggestions based on the project requirements.
