Our precision stamped metal parts are expertly crafted using advanced stamping technology to transform steel, copper, aluminum, and other sheet metals into complex, high-accuracy components. From raw material sourcing and die fabrication to stamping, deburring, polishing, coating, and assembly, every stage of our process is engineered for excellence.
Renowned for their high quality, production efficiency, minimal material waste, and tight tolerances, our stamped parts are ideal for high-volume manufacturing, maximizing material utilization while significantly reducing overall costs.
As an essential element in today’s manufacturing market, our metal stamping solutions are trusted across a wide range of industries, including automotive, electronics, and home appliances, where precision and performance matter most.
We offer a full range of precision metal stamping services, including deep drawing, punching, forming, and bending. By combining turret presses, press brakes, and hard tooling, we deliver cost-effective, customized stamping, tooling, and manufacturing solutions to meet production needs from small to large volumes.
We work with a wide variety of materials for stamped parts, including carbon steel, stainless steel, aluminum, brass, bronze, and other materials as specified by customer requirements.
Our facility is equipped with advanced machinery and operated by a team of highly skilled professionals, ensuring outstanding stamping precision. Depending on part requirements, we employ both progressive die stamping and short-run stamping methods to achieve high accuracy and repeatability.
For custom metal stamped parts, the two main cost drivers are material selection and part tolerances. Common and readily available materials are generally more economical than specialty metals or alloys. To reduce material costs, we recommend considering alternative materials with similar performance characteristics.
Each batch of delivered parts comes with full traceability and quality documentation. During the approval phase, parts may undergo tensile testing, impact testing, and sampling inspections as needed to ensure compliance with quality standards.
Progressive die stamping offers lower per-unit costs, higher precision, and better dimensional repeatability. However, it requires a higher initial investment in tooling and is not suitable for all part geometries. In contrast, short-run stamping requires a lower tooling investment and can accommodate a broader range of geometries, but typically results in higher unit costs and lower accuracy and repeatability.
To find out how we can help your needs, please contact us directly!