Stamping & Sheet Metal Parts
“We provide high-quality stamping and sheet metal parts for automotive, electronics, and industrial applications.”
Stamping & Sheet Metal Parts
Material
Our stamping and sheet metal parts are manufactured using high-quality materials such as stainless steel, aluminum, brass, copper, and carbon steel. We also offer customized alloys based on customer requirements to ensure optimal strength, durability, and functionality.
Standards
We comply with globally recognized standards such as DIN, ISO, ASTM, and JIS, guaranteeing precision, quality, and consistency in all our sheet metal and stamping products.
Product Range
Our extensive range of stamping and sheet metal parts includes, but is not limited to:
- Brackets and Mounts
- Enclosures and Covers
- Clips and Clamps
- Heat Sinks
- Electrical Contacts
- Washers and Shims
- Automotive Components
- Custom Assemblies: Fabricated and stamped parts tailored to meet unique customer specifications, with optional finishes like powder coating, anodizing, or plating.
Product Range
”Explore our range of precision-engineered components designed to meet the highest standards“
STRUCTURAL THIN-WALL ENGINEERING: PRECISION METAL STAMPING
Orchestrating high-velocity geometric certainty. We manage a sophisticated stamping ecosystem calibrated for the complex progressive dies and high-tensile requirements of the global electronic, automotive, and energy value chains.
MANAGED DEFORMATION. ABSOLUTE REPEATABILITY.
Stamping is the intersection of metallurgical temper and tool-steel precision. As your strategic partner, our role is Die Sovereignty. By orchestrating a vast and well-developed network of strategic suppliers in the Jamnagar – Rajkot industrial cluster, we manage the entire lifecycle—from the engineering of D2 and DC53 tool-steel progressive dies to the final surface passivation.
We ensure that the tenth component is a perfect digital twin of the ten-millionth. Our management protocol focuses on mitigating spring-back, managing burr-height, and ensuring the structural homogeneity of the grain flow across every high-speed stroke.
The Stamping Performance Matrix.
Engineering the physics of the stroke. Our stamping registry is calibrated for absolute geometric repeatability, providing the institutional foundation for high-density electrical contacts and structural aerospace hardware.
KINEMATIC SPECIFICATIONS & DEFORMATION LIMITS.
| Material Grade | Category | Thickness Range (mm) | Linear Tolerance (mm) | Hardness (HV/HRB) | Tensile (MPa) | Min Bend Radius (R) | Strategic Industrial Utility |
| Brass C260 | Cartridge Brass | 0.10−4.00 | ±0.025 | 110−150 HV | 300−550 | 0.5×t | High-conductivity terminals , distribution links , and switchgear. |
| SS 301/304 | Spring-Grade SS | 0.05−3.00 | ±0.020 | 350−450 HV | 500−1100 | 1.0×t | EMI shielding, battery contacts, and aerospace clips requiring high-torque retention. |
| Copper C110 | ETP Copper | 0.20−6.00 | ±0.050 | 40−90 HRB | 220−350 | 0.3×t | Heavy-duty busbars , conductive power links, and EV charging interfaces. |
| Aluminum 5052 | Marine Aluminum | 0.50−5.00 | ±0.050 | 60−80 HRB | 190−260 | 1.5×t | Lightweight electronic enclosures, heat-sinks, and architectural brackets. |
| Steel (CRCA) | Low-Carbon Steel | 0.30−6.00 | ±0.030 | 100−140 HV | 270−420 | 0.5×t | Structural mounts, rail terminals, and industrial chassis organization. |
