I need a new mold
Send the part, material, volume and project requirements. Review manufacturability and the proposed tooling structure before quotation.
DFM · MOLDFLOW · TOOLING · INJECTION MOLDING
Custom plastic injection molds & injection molding
Engineering-led tooling and plastic injection molding for international OEM and industrial projects. From part review and DFM through mold design, machining, T1 trials, inspection and production.
From CAD review to validated tooling and molded parts.
No CAD yet? Discuss your project China manufacturing capability International B2B coordination NDA & legal-counsel support
PROJECT-MANAGED MANUFACTURINGEngineering in front. Factory evidence behind it.
What do you need?
Start from the buyer decision, not a file format.
I need molded parts
Discuss tooling plus production, or an existing mold that needs trial, transfer, correction or production support.
I need engineering review
Start with DFM, Moldflow, product feasibility or tooling-risk review before deciding whether to cut steel.
Manufacturing evidence
View factory capability Real tooling. Real engineering. Real production.
Engineering & manufacturing capabilities
Connect the part, the tool and the production requirement.
Every capability has a commercial purpose: reduce uncertainty, manufacture the tool, validate it and prepare the project for production or shipment.
01
DFM analysis
Review part geometry, draft, wall thickness, undercuts, parting, ejection, gating and cosmetic requirements before tooling decisions are locked.
Explore capability 02Moldflow / MFA simulation
Use filling, pressure, weld-line, air-trap, cooling and warpage studies when project risk or part complexity warrants simulation.
Explore capability 03Mold design & engineering
Develop the mold layout, core and cavity, runner, slides, lifters, ejection and cooling around the approved tooling concept.
Explore capability 04CNC machining
Use rough and precision CNC machining to establish mold references, principal geometry and finished surfaces.
Explore capability 05EDM / mirror EDM
Resolve deep, fine or inaccessible features and finish-sensitive tooling surfaces with the appropriate EDM route.
Explore capability 06Wire EDM
Cut precision insert profiles and tooling details where wire access and feature geometry make the process suitable.
Explore capability 07Mold assembly
Fit inserts, slides, lifters, ejectors, cooling connections and locating components into a working production tool.
Explore capability 08Mold trials / T1
Trial the assembled mold, establish process conditions and review fill, ejection, appearance and sample stability.
Explore capability 09Dimensional inspection
Verify mold components and samples with an inspection scope agreed around the drawing and acceptance requirements.
Explore capability 10Plastic injection molding
Plan sample runs and production around material, color, dimensions, appearance, packing and forecast requirements.
Explore capability 11Rapid prototyping
Use suitable prototype, machining or soft-material sample routes to review geometry, fit, handling and product decisions before tooling.
Explore capability 12Project management
Maintain one commercial and engineering channel across review, partner-factory coordination, trials, corrections and shipment.
Explore capabilityEngineering before steel is cut
Identify tooling risks before they become expensive.
A project-specific review may cover wall thickness, draft, undercuts, parting, gating, ejection, cooling, shrinkage, weld lines, warpage, material, cosmetic surfaces and assembly risk. Moldflow is used when it can improve the decision.
Selected industries
Explore industries Real project evidence, plus clearly marked capability expansion.
Injection tooling for automotive and mobility components.
View capability
Concept image — capability focusInjection-molded parts for robots and automation equipment.
View capability
Concept image — capability focusCustom molds and plastic components for electronic vapor-device formats.
View capability
Custom molds for appliance housings and everyday products.
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Large industrial, crate and pallet mold programmes.
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Tooling for healthcare equipment housings and components.
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Thin-wall, bucket and packaging mold programmes.
View capabilityCurated project examples
Selected tooling examples and emerging application areas.
Factory examples use supplied partner material. New capability areas are clearly labeled as concepts until project evidence is approved for publication.
Automotive
Automotive body and lighting components
Large visible surfaces, parting strategy, filling, ejection and dimensional interfaces.
- DFM
- Moldflow where required
- Precision tooling
- Trial review
Concept image — capability focusRobotics & automation
Robot covers, housings and gripper components
Lightweight protection, stiffness, assembly access, cable routing and reliable moving interfaces.
- DFM
- Prototype review
- Precision tooling
- Part validation
Concept image — capability focusElectronic vapor devices
Custom shells, pod housings and precision plastic parts
Thin features, cosmetic surfaces, snap fits, sealing interfaces and repeatable assembly around electronics.
- Confidential DFM
- Prototype review
- Precision tooling
- Appearance & fit validation
Appliance
Appliance housings and consumer parts
Cosmetic appearance, ribs and bosses, fit, texture and stable ejection.
- Part review
- Tool design
- CNC / EDM
- Sample inspection
Industrial
Crate, pallet and logistics products
Large footprint, structural ribs, cooling, ejection and machine compatibility.
- DFM
- Filling review
- Large tooling
- Trial correction
Medical
Healthcare equipment housings
Assembly interfaces, material requirements, appearance and documented inspection.
- Engineering review
- Tooling
- Trial
- Inspection
Packaging
Thin-wall and container tooling
Flow length, pressure, cavity balance, cooling and part release.
- Moldflow where required
- Multi-cavity tooling
- Trial
- Production planning
Manufacturing process
One honest sequence from review to production or shipment.
The complete thirteen-stage process is visible, understandable and linked to the project decision at each stage.
Part / CAD review
Review drawings, material, annual demand, cosmetic needs and the intended molding environment.
DFM & tooling concept
Define parting, gating, ejection, cooling, steel approach and key manufacturing risks.
Moldflow when required
Run simulation when geometry, scale, resin or production risk makes it decision-useful.
3D mold design
Complete core, cavity, mold base, slides, lifters, ejectors, runners and cooling layout.
Steel & mold base
Select and prepare mold base and steel around resin, finish, volume and tool-life requirements.
CNC rough machining
Remove bulk material and establish references while retaining finishing allowance.
Quality & inspection
Check the tool and samples against project requirements.
Inspection can include incoming materials, machining-stage checks, mold-component dimensions, assembly, trial review, sample measurement and final packing.
See factory & qualityPartner-factory capability
See the equipment in the context of the tooling process.
The factory page connects design, CNC, EDM, fitting, trials, molding, inspection and shipment without turning the homepage into an unreadable machine spreadsheet.
View factory, tooling & inspectionWhy work with MoldNexa
A clearer commercial and engineering interface to manufacturing in China.
Evidence-led review
Use actual DFM, tooling, trial and inspection material to make the project understandable.
NDA & legal support
Begin without confidential CAD, complete an NDA first, and involve company legal counsel when the project requires it.
Customer-owned tooling
When the contract identifies customer ownership and obligations are complete, the mold can be transferred to another qualified factory.
Incoming mold transfers
Bring an existing mold for condition, interface and machine-compatibility review, adaptation and a controlled re-trial.
Acceptance accountability
No arbitrary correction-round cap for resolving in-scope nonconformance against approved product criteria.
Accurate factory relationship
Manufacturing is coordinated through project-managed partners, without pretending every machine is Trade Entrust-owned.
Start a project
Send the part. Start with an engineering conversation.
Share CAD, drawings or a project description. The tooling team will confirm what is needed for a useful review and quotation.