Tooling should make the process easier to control.
SharpSigma supports production tooling, workholding, assembly fixtures, checking aids and manufacturing support hardware where the real requirement is repeatable use—not simply a fabricated object.
Define the operating condition first.
- Part and process interface
- Operator loading/unloading and ergonomics
- Locating, clamping and datum strategy
- Cycle, access and service requirements
- Expected life, maintenance and replaceable wear elements
The fixture is part of the process.
Locating, clamping, ergonomics, access, cycle interaction and maintenance requirements matter because the tool must work repeatedly in the real operating condition.
Discuss the Tooling Need →Define how the tool will be accepted.
- Repeatability / functional checks as applicable
- Critical interface dimensions
- Fit with part, equipment or workstation
- Safe and intended operating condition
- Documentation or inspection evidence required at handoff
Acceptance is functional.
Fit, repeatability, critical interfaces and intended operating condition define whether the tooling works—not simply whether it was fabricated to shape.
Discuss Tool Acceptance →Treat tooling as part of the process system.
- DFM and design refinement
- Build and sourcing coordination
- Trial / fit feedback and revision control
- Production support during introduction
- Repair, replacement or repeat tooling requirements
Confirm the route before commitment.
Process route, source capability, material, tolerances, inspection and documentation are confirmed against the actual requirement before SharpSigma commits to the order.
Discuss the Requirement →Start with the process the tool must support.
Share the part/process interface, intended use, loading and clamping needs, expected life, acceptance criteria, quantity and timing. Controlled drawings can follow through the technical-file transfer path.