Requirements & feasibility
Available CAD, drawings, samples, or concept information—together with material, volume, critical characteristics, finish, application, and target timing—are reviewed before a manufacturing route is proposed.
How we work
A transparent design-to-manufacturing process.
The same project logic follows each manufacturing route. Risks are surfaced early, responsibilities stay clear, and approval points are tied to released information.
DFM & process definition
Geometry and product risks are reviewed against the intended process. The tooling route, production method, inspection scope, and quotation assumptions are then defined.
Engineering release
Product revisions, tooling or fixture concepts, and critical specifications are resolved and approved before steel cutting or program release.
Tool build & process setup
Molds, dies, fixtures, CAM programs, workholding, inspection plans, and initial process settings are prepared for trial.
Trial, first article & approval
Tool trials where applicable—or first-off parts—are inspected, corrected, and submitted against the agreed approval requirements.
Production & process control
The approved tool, program, and process move into repeat production with first-off checks, in-process inspection, and controlled revisions.
What stays connected
Released requirementsCAD and drawing revision, material, CTQs, finish, and volume
Manufacturing evidenceDFM actions, tool or process release, trials, first article, and approvals
Change controlOne project team coordinating revisions and technical handoffs
Start with the available requirements
Ready to move from design to manufacturing?
Share your CAD, drawing, material, quantity, and target timing for an engineering review.