Precision Sheet Metal Fabrication with ISO 9001 Certification for Deep Drawing and TIG/MIG Welding

We transform stainless steel sheet into high-performance components through integrated metalforming disciplines. Our technical core spans four critical processes: precision die bending, certified welding, deep drawing, and turnkey case manufacturing—delivered with engineering-grade accuracy across every project phase.

Our fabrication specialists combine CNC-controlled press brake forming with precision welding protocols (TIG/MIG) to achieve tight-tolerance geometries and molecular-level joint integrity. This process synergy eliminates weak points, delivering components that maintain structural stability under mechanical stress and corrosive environments.

We convert flat blanks into seamless three-dimensional geometries through controlled radial drawing and material flow optimization. Our in-house tooling design team engineers draw dies that minimize thinning while achieving draw ratios up to 2:1, enabling complex features like stepped diameters, embossed details, and integrated flanges without secondary operations.

Our case solutions span IP-rated electronics housings, vibration-damping automotive chassis, and hygienic food-processing enclosures. We engineer each assembly with functional considerations: thermal management through integrated heat sinks, EMI shielding via conductive gaskets, and environmental sealing with compression-formed sealing surfaces—while maintaining cleanroom-compatible aesthetics.

• Design-for-Manufacturing Review: Collaborative DFMA sessions to refine tolerances and minimize fabrication steps
• Hybrid Processing: In-die tapping, clinch fastening, and robotically assisted welding for streamlined assembly
• Surface Integration: Electropolishing, passivation, and powder coating applied within controlled process chains
• Validation Testing: Dimensional CMM inspection, helium leak testing, and salt spray validation per ASTM standards

Every production lot undergoes first-article inspection (FAI) with SPC data collection. Our welding procedures qualify to AWS D1.6/D1.1 standards, and material traceability maintains full mill certification documentation. This protocol ensures mechanical performance and corrosion resistance match your specified 304L, 316L, or duplex stainless grades.

We embed our applications engineers into your development cycle—reviewing CAD models, prototyping via rapid tooling, and scaling to production seamlessly. This integrated approach reduces design iteration cycles and locks in process parameters before production launch.

Send your technical specifications or STEP files for a same-day manufacturability assessment. We'll map your component geometry to optimal forming sequences and deliver a detailed process plan with validated cycle times.