STAMPING PROJECT
High Precision Dies
We design high-cadence tools for automotive and white goods components, ensuring repeatability within tolerances
What we deliver: Analytical strip development with mapped critical tolerances, 3D modeling, detailed 2D technical drawings with rigorous specifications (GD&T), Bill of Materials (BOM) with all world-class components, and machining files with centesimal surface roughness specifications for precision grinding and wire EDM (WEDM).
METHOD AND PRECISION
Linear Strip Optimization
The efficiency of a progressive die starts with layout studies. We develop solutions focused on drastically reducing scrap and ensuring feed stability in high-speed presses.
Waste-Free Geometry
ach step of the strip is calculated to optimize raw material consumption. We integrate precise centering pilots and cutting systems that prevent material distortion during advancement.
Our export technical documentation strictly adheres to international standards, allowing for direct CNC machining and assembly without manual adjustments.
STAGE 01
STAGE 02
STAGE 03
Layout Study
FEA simulation
Press Safety
Detailed geometric analysis for maximum utilization of the steel coil, minimizing strip width and feed rate.
Digital validation of the forming process to predict wrinkles, critical thinning, and material springback before machining.
Integration of limit switches, overload protection, and quick-change systems for continuous and safe operation.
READY FOR PRODUCTION
Eliminate Risks in the Project
Avoid costly rework on hard steel. Submit your product data and receive a preliminary feasibility analysis for your die.