Manufacturing support for design agency projects, from early development models to production planning. Review part geometry, material selection, inspection needs, and assembly requirements against the objectives of your project.
ISO 9001:2015 | ISO 13485:2016 | IATF 16949:2016
Develop custom components for design agency projects around your drawings, assembly interfaces, and operating requirements. Typical development discussions may include appearance models, form-and-fit prototypes, presentation assemblies, housings, and development fixtures.
Confirm material specifications, finishing, inspection, and any application-specific requirements before manufacturing.
| Component Category | Example Requirements |
| Appearance models | Geometry, interfaces, finish, and inspection requirements to be reviewed |
| Form-and-fit prototypes | Geometry, interfaces, finish, and inspection requirements to be reviewed |
| Presentation assemblies | Geometry, interfaces, finish, and inspection requirements to be reviewed |
| Housings | Geometry, interfaces, finish, and inspection requirements to be reviewed |
| Development fixtures | Geometry, interfaces, finish, and inspection requirements to be reviewed |
| Material Category |  Candidate Materials |
Process Options |
Design Considerations |
| Aluminum | Grade specified per project | CNC machining / sheet fabrication | Weight, geometry, finish |
| Stainless steel | Grade specified per project | Machining / fabrication | Environment and surface requirements |
| Steel | Grade specified per project | Machining / fabrication | Loads and corrosion protection |
| Engineering plastics | Polymer grade to be reviewed | Machining / molding | Temperature, exposure, appearance |
| Prototype polymers | Resin or polymer selected for evaluation | 3D printing / vacuum casting | Prototype purpose and limitations |
| Silicone components | Formulation to be confirmed | Molding review | Application-specific compatibility |
| Other materials | Customer specification | Process feasibility review | Availability and documentation |
| Finishing Option | Purpose | Candidate Substrates | Review Points | |
|
As-machined | Retain manufactured surface | As specified | Tool marks and inspection needs |
|
Bead blasting | Surface texture adjustment | Compatible metals | Cosmetic and dimensional requirements |
|
Anodizing | Surface treatment | Suitable aluminum alloys | Coating specification and fit |
|
Polishing | Appearance and surface refinement | Compatible metals / plastics | Surface targets and geometry |
|
Brushing | Directional appearance | Compatible metals | Texture direction and uniformity |
|
Coating | Protective or cosmetic finish | Compatible substrates | Coating compatibility and thickness |
|
Other specified treatments | Project-specific finishing | As reviewed | Application suitability and documentation |
Provide drawings or CAD files, target quantities, material and finishing requirements, inspection needs, and delivery timing.
Process selection depends on geometry, material, quantities, and development objectives. Review these requirements before choosing a route.
Prototype requirements can be discussed for appearance, form-and-fit evaluation, assembly development, or engineering testing.
Specify grade, condition, and documentation needs. Material and process suitability should be confirmed for the project.
Agree the measurements, acceptance criteria, and reporting scope before manufacturing.
Review material compatibility, finishing expectations, interfaces, and assembly steps as part of the manufacturing plan.
Identify relevant specifications, operating conditions, qualification requirements, and documentation at the outset. Example content does not establish approval for a particular application.
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Share your project details and files with us. Rough information is fine to start. Our engineering consultant will contact you within 24 hours.
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