Start with the Functional Features

Precision requirements should describe how a part fits and works. Identify the following points on your drawing so manufacturing and inspection use the same acceptance criteria.

1. 01 / LOCATION

   Hole Patterns & Datums

   Specify hole sizes, positional requirements and reference surfaces. Include relevant mating-part information for mounting or locating features.

2. 02 / FORMED GEOMETRY

   Bends, Flanges & Flatness

   Mark critical bend angles, flange heights and formed dimensions. Define flatness where it affects seating, alignment or assembly.

3. 03 / EDGE CONDITION

   Burr Direction & Visible Faces

   Identify required edge treatment, permitted burrs and cosmetic areas. Flag contact surfaces or edges that need particular attention.

4. 04 / FINAL CONDITION

   Material & Surface Finish

   Provide the grade, temper, thickness and finish. State whether critical dimensions apply before or after the specified surface treatment.

Choose the Manufacturing Route

Part geometry, material formability and production quantity guide process selection. We review the route against your drawing rather than applying one method to every component.

Progressive Stamping

Multiple operations across successive die stations for suitable repeat-production parts.

Deep Drawing

Formed cups, shells and housings, with material and geometry reviewed for drawing feasibility.

Precision Punching

Holes, slots and blank profiles evaluated together with thickness and edge requirements.

Custom Tooling

Die development based on the approved part revision, functional features and production plan.

Secondary Operations

Welding, tapping, coating and assembly support where required by the finished component.

Control Quality from Sample to Repeat Order

1. 1. Verify the Material Review the specified grade, thickness and relevant material documentation.
2. 2. Approve the Sample Compare initial parts with the drawing and agree any changes before batch production.
3. 3. Check Production Monitor selected dimensions, formed features and edge conditions during the run.
4. 4. Review Final Parts Check agreed acceptance points, appearance and packaging before shipment.

Required inspection dimensions, report formats and sampling arrangements can be discussed during the project review.

Typical Parts & Application Needs

Electronics & Electrical

Terminals, connector components and EMI shielding parts with defined contact, mounting or enclosure interfaces.

Industrial Automation

Brackets, mounting plates and structural supports made to the surrounding equipment's assembly requirements.

Other OEM Hardware

Formed components for automotive, energy storage and precision-device projects, reviewed against application-specific specifications.