Machined structure
Define the load-bearing or locating parts: base plates, housings, frames and mounting brackets.
← SANHE HomeSUPPORTING CAPABILITIES
Supporting your complete project
CNC components remain the primary focus. Review related sheet metal, tooling and finishing needs within the actual manufacturing scope.
Review formed features, mounting interfaces and the agreed supply scope together.
PROCESS · PARTS · PROJECT DETAILS
Bring the assembly requirements together
A project may combine machined interfaces, formed covers and selected surface treatments. Organize the enquiry by final assembly rather than by isolated parts.
Covers & panels
Review sheet-metal covers against openings, fastener access and the final assembly space.
One revision baseline
Use an assembly drawing and bill of materials to connect quantities, finishes and supplied components.
Project reference
| Assembly pack | Assembly view + numbered part list + individual drawings. |
|---|---|
| Interface check | Mating faces, hole patterns, assembly order and finish allowances. |
SHEET METAL
Enclosures, brackets and frames
Review material, thickness, bends, welding, inserts, finishing and assembly interfaces.
01
Drawing & process review
Confirm flat patterns, forming details and critical interfaces.
02
Scope & responsibility
Confirm in-house and coordinated processes for each project.
TOOLING & MOULDS
From project review to sample approval
Mould categories, manufacturing scope and trial facilities must be confirmed before a tooling commitment.
01
Project inputs
Part drawings, material, volume, equipment and delivery scope.
02
Approval stages
Engineering review, design approval, samples and agreed delivery documentation.
FINISHING
Agree on the final condition
Confirm actual processes, masking, cosmetic requirements and post-finish inspection responsibilities.
01
Appearance & interfaces
Identify cosmetic and mating areas in the drawing.
02
Coordinated processes
Some finishing is coordinated with external suppliers; the final scope must be stated accurately.
ENGINEERING GUIDE
Coordinate the interfaces between processes
Related processes are reviewed per project, including the split between in-house and coordinated work.
| Supporting requirement | Review inputs | Acceptance interface |
|---|---|---|
| Sheet metal with machined parts | Thickness, bend direction, insert locations and mating models. | Assembly clearance, hole alignment and finished surface condition. |
| Fixtures and tooling | Intended use, part drawings, quantity and equipment interfaces. | Design approval, trial/sample requirements and agreed delivery contents. |
| Coordinated finishing | Finish specification, cosmetic sample, masking and material condition. | Colour/texture references, final fits and inspection responsibility. |
ENGINEERING GUIDE
Review the complete assembly requirement
A matching set needs more than separately accepted parts.
- 01
Identify the matching components
Provide the assembly model, part numbers and the interfaces that need to fit together.
- 02
Agree scope and responsibilities
Confirm which processes, supplied items and checks are included, including any external coordination.
- 03
Confirm the delivery condition
State whether parts are delivered separately or as an agreed assembly, with required identification and protection.
ENGINEERING GUIDE
Supporting-process questions
Describe the actual project before selecting a process.
Are all supporting processes performed in-house?
No. Some processes, including finishing, are coordinated externally. The specific manufacturing split is confirmed with the project scope.
Can a mould be quoted from a finished-part photo?
A photo can start a discussion. Drawings, material, quantity, mould type and trial conditions are needed before making a tooling commitment.
Sheet metal and formed component samples
Photographs show supplied physical samples. Specific dimensions, material grades and results are agreed per project.