Precision Metal Stamping
Custom precision stamped parts, fine blanking and controlled forming for functional geometry, repeatable assembly and production quality.
Precision Stamping for Function-Critical Metal Parts
Engineering-Led Manufacturing
Fabrication Services
Precision metal stamping combines purpose-built tooling, controlled press motion and drawing-specific inspection to produce parts where feature location, flatness, edge condition or formed geometry has a direct effect on function. Balford supports custom stamped components for automotive, electrical, industrial, medical and equipment applications from engineering review through repeat production.
Cooperation Case
Our Partner
The quality control guidelines we follow involve comprehensive monitoring and inspection of your customized progressive stamping parts and components. We conduct regular machine inspections as an added quality control measure to ensure that your projects fully meet your specifications and project requirements.
The delivery of high-quality products has earned Balford the trust of companies such as Facet Srl, Sensor Technik GmbH, Standard Motor Products, Inc., and Hengli.
Fabrication method
Precision Progressive Stamping
Progressive stations can combine closely related blanking and forming operations while maintaining strip control. It is considered for repeat programs with multiple features and a stable material specification.
Fine Blanking
Fine blanking uses controlled material support and tool conditions to produce a high proportion of smooth sheared edge on suitable parts. It can reduce downstream edge machining when the geometry, material and volume support the process.
Coining and Calibrating
Localized pressure can refine thickness, flatness, radii or functional details. Coining and calibration are evaluated with material flow, tool load and dimensional measurement in mind.
Datum and Tolerance Strategy
Functional datums should represent how the part locates in the assembly. Balford reviews position, profile, flatness and formed dimensions against those datums so gauges and inspection reports describe real part function.
Process Optimization
Balford has previously described precision work in the IT7 to IT9 range for suitable features. This is not applied as a blanket promise to every dimension. Actual capability depends on material, thickness, feature type, tooling route, datum strategy and measurement method, and is confirmed during project review and sampling.
How to start working
Balford has its own tooling workshop capable of completing all tooling processing. We design progressive tools in-house, and for standard shapes, our design speed is very fast. We have strong tooling material suppliers and suppliers for tooling TD/PVD coating treatments, enabling us to efficiently meet customer drawing requirements. From receiving orders to providing samples, we pay close attention to every production process.
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.
