Deep Draw Metal Stamping
We fabricate custom deep drawn metal stampings for OEMs—precision tooling, tight tolerances, and consistent repeatability. Competitive pricing with full engineering support from prototype to production.
Deep Draw Stamping
Our deep drawing capabilities cover both single-die and progressive die setups. We run copper, iron, stainless steel, aluminum, titanium and its alloys, Monel, nickel-based alloys, Kovar, and Invar—so you can source a wide range of drawn parts from one shop.
Fabrication Services
Our deep draw and stamping work is built around automotive component suppliers and solenoid valve makers, and we've since expanded into high-volume production of deep-drawn parts for medical devices and aerospace applications.
Cooperation Case
Our Partner
We work with Facet S.r.l in Italy, Sensor Technik GmbH in Germany, and US-based Solenoid System Inc. and Standard Electric Manufacturing Company—so you're in good company when you spec Balford for your drawn components.
What sets us apart
Precision Measurement
Critical part tolerances are verified with calibrated plug gauges. Our dedicated sorting and inspection rooms provide full traceability and rigorous in-process checks, so you get consistent dimensional accuracy run after run.
Quality Control
Before we start a run, engineering and QC sign off on the first article. During production, we check key dimensions and surface condition at set intervals. Operators monitor the line in real time, and our quality team audits to TS16949 requirements—so you can count on PPAP-level documentation when you need it.
Material Saving
Our vision-guided cutting systems improve raw material yield and cut accuracy across the line. Combined with progressive die stamping and automated part handling, we keep tolerances tight and throughput consistent—so you get more usable parts per coil and fewer rejects downstream.
Process Optimization
In deep draw tooling, we deliberately thin the sidewall while holding full material thickness at the bottom. By ironing the outer wall during the draw, we get a smoother, straighter surface and avoid demolding hang-ups. This is built into our progressive deep draw dies, so you get consistent wall geometry part after part.
We can hold tight outer radii, inner radii, and flange corner radii in deep drawn parts—down to a true 90° corner where needed. This is a practical option for components like electromagnetic valve housings, spring seats, and magnetic shielding rings, where sharp geometry affects fit and function.
Project Case Studies
Strictly Confidential
We will sign a Non-Disclosure Agreement (NDA) with our partners to strictly protect the confidentiality of customer drawings, materials, and prototypes.