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Turn your CAD into a clearly scoped custom project for automotive, motorcycle or aerospace ground-test development. Review fit, material, finishing and inspection requirements before you commit to manufacture.
Explore applications →Request a quotationDiscuss on WhatsAppExplore made-to-order development projects, from packaging studies and fit checks to test assemblies and production tooling. Every application is subject to feasibility review.
Explore complex flow paths, compact packaging and low-volume design iterations.
Develop custom geometries around constrained envelopes and distinctive designs.
Evaluate geometry, assembly access and thermal-management concepts before qualification.
Images are original concept renders, not customer part or factory photographs. Application examples are development opportunities, not claims of approved road, race or flight use. Safety-critical, pressure-containing and load-bearing parts require project-specific engineering validation and any applicable certification before use.
Start with a project brief, not an assumed off-the-shelf part. These additional development enquiries are subject to material, process and feasibility review; they are not ready-stock or certified components.
Explore coolant-channel layouts and electronics packaging. Provide heat load, coolant, pressure, sealing interfaces and a leak-test plan.
Send this project brief →Develop transitions between the turbo inlet and ductwork. Define flange pattern, hose interfaces, temperature and installation envelope.
Send this project brief →Review shell geometry, mounting access and heat dissipation. Supply lamp dimensions, fixing points and finish requirements; lighting approval is separate.
Send this project brief →Compare bellmouth profiles and packaging before validation. Provide bore size, flange geometry, filtration interface and intended test conditions.
Send this project brief →Develop flow-transition geometry for non-flight testing. Define pressure range, mounting interfaces, surface finish and test acceptance criteria.
Send this project brief →Plan cable paths and assembly access on test rigs. Specify bundle diameter, bend radius, fixing points and clearance requirements.
Send this project brief →Candidate materials below are a starting point for discussion. Availability, exact grade, build route and properties must be confirmed in the written quotation.
| Candidate family | Development priorities | Define in your brief |
|---|---|---|
| Aluminium alloys | Weight-sensitive housings, thermal-management and packaging prototypes | Temperature, interfaces, wall sections and finish |
| Stainless steels | Corrosion-resistant housings, manifolds and tooling concepts | Media exposure, machining datums and inspection scope |
| Titanium alloys | Lightweight bracket and compact structural concepts | Loads, fatigue criteria, heat treatment and traceability |
| Nickel alloys | High-temperature exhaust and thermal-test concepts | Thermal cycles, service environment and qualification plan |
Discuss support removal, heat treatment, CNC finishing, blasting or polishing as part of the same project. As-printed surfaces and machined interfaces have different requirements; identify critical areas on a drawing.
Provide CAD, drawing revision, quantity, intended use, operating conditions and target date. Identify confidential information before sharing files.
Review geometry, build orientation, support access, powder removal and finishing allowances. Confirm any design changes before proceeding.
Confirm material grade, scope, inspection, documentation, lead time, shipping and commercial terms in writing. Catalogue prices are not binding manufacturing quotes.
Approve the drawing and manufacturing plan. Revision changes after approval may affect cost, schedule and acceptance criteria.
Follow the agreed production and post-processing route. Inspection is performed to the scope accepted in the quotation, not an assumed universal tolerance.
Check part identification, agreed records and packaging. Report nonconformities with photographs, measurements and the relevant drawing reference.
Agree what will be measured and documented before manufacture. Critical features, inspection methods and acceptance criteria should be visible on the approved drawing.
Need material records, dimensional reports or supplier certification? List them in your enquiry so the required evidence and its availability can be reviewed before ordering. Aerospace projects on this site concern development and ground testing, not flight-certified hardware.
NEXFORGE AM is the manufacturing-services brand of GROCERYSTORE CO., LIMITED.
Explore custom metal prototypes for automotive development, motorcycle customization and aerospace ground-test tooling. Tell us whether your next part needs to demonstrate fit, assembly, packaging or performance in a controlled test.
Frame the enquiry around your application, CAD revision, material, finish and acceptance requirements. Confirm feasibility, included operations, inspection records and delivery in the written quotation.
Start with a defined prototype brief and, where appropriate, agree a sample-review stage before a repeat batch. Certification and safety-critical suitability must be verified for the actual project.
Send the information below to myricearsoninad@gmail.com for a project quotation. Attach your CAD files and dimensioned drawing. Custom manufacturing is priced after review of your files, quantity and acceptance requirements.
Start with your application, quantity and target date. For controlled drawings or confidential CAD, contact us first to agree file-sharing arrangements. Please include your email address for the written quotation.
Lead time begins only after the scope, files and commercial terms are agreed. Availability and delivery dates are confirmed per project.
A mesh can support feasibility review, but it does not replace dimensions, tolerances, units or material requirements. STEP and a controlled drawing are preferred for parts with critical interfaces. File suitability is assessed per project.
These listings describe custom manufacturing services and application examples. Geometry, material, quantity, price and delivery must be agreed for your design. Illustrations do not prove prior delivery of that exact part.
A prototype is not automatically suitable for operational use. The customer and responsible engineers must establish validation, regulatory and qualification requirements. Flight-critical and safety-critical parts are not offered as certified merely because they appear in the catalogue.
Identify critical features and finish requirements on your drawing. They are reviewed alongside geometry, process and inspection access. Only the written quotation and approved manufacturing plan establish accepted requirements and schedule.
Submit a new revision before further manufacture; cost and timing may need reapproval. For a suspected nonconformity, preserve the part and provide the order reference, drawing revision, photographs and measurement evidence for review under the agreed order terms.
