Five-axis machined bracket
Define material temper, fixture datums, thin-wall features and critical hole positions.
Machined aluminum prototypes and production components supplied from drawing and 3D model, including finishing, critical-dimension inspection and controlled revisions.
Representative component requirements, not delivered customer projects. Each example highlights details to define for a drawing-based feasibility review.
Define material temper, fixture datums, thin-wall features and critical hole positions.
Specify optical-axis datums, bore fits, internal finish and coating-free interfaces.
Review locating features, bolt patterns, stiffness targets and post-anodize dimensions.
Define cross-drilled passages, port threads, sealing faces and deburring requirements.
3-, 4- and 5-axis milling plus turning
Drawing-specific critical tolerances after review
Anodizing, conversion coating, bead blast and marking
CMM and gauge plans for critical features
Send a 2D drawing and 3D model where available, together with annual volume and the requirements below. Our engineering review confirms process feasibility before pricing.
| Commercial route | Drawing-based quotation |
|---|---|
| Tool ownership | Defined in the tooling agreement |
| Quality plan | Project-specific inspection and documentation |
| Confidentiality | Mutual NDA available before detailed review |
| Delivery | Export packaging and Incoterms agreed per project |
Yes. Low-volume machining can validate geometry and assembly before a casting or extrusion production route is released.
Yes. Coating buildup, masking and post-finish inspection requirements should be defined on the drawing.
Send the model, volume and critical requirements for engineering review and a project-specific quotation.