Cutting, forming, joining and assembly
One page per process
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Fiber laser cutting
CNC fiber laser profiling of sheet and plate — clean cut edges and repeatable accuracy across a production run.
Laser cutting → -
CNC press-brake bending
Twin tandem brakes at 400 T each, coupled to 800 T, for long-format components up to 10 m — plus a precision brake for brackets and enclosures.
Press-brake bending → -
Robotic MIG welding
Six-axis robotic MIG/MAG welding with a digital power source — consistent bead profile and repeatable heat input across every part in a batch.
Robotic welding → -
Shearing, rolling & assembly
Guillotine shearing to 16 mm and 3150 mm, three-roll plate rolling, manual welding and assembly built to engineering specification.
Shearing, rolling & assembly → -
Wire Arc Additive Manufacturing (WAAM)
Near-net-shape components built weld bead on weld bead rather than machined from solid — a development capability for nickel superalloys, stainless and steel.
Wire arc additive manufacturing →
What we take on
| Process | Capability |
|---|---|
| Fiber laser cutting | CNC fiber laser profiling of sheet and plate — clean cut edges and repeatable accuracy across a production run. 3 kW source. |
| CNC press-brake bending | Bending length up to 10000 mm on twin tandem brakes at 400 T each, up to 800 T coupled — forming up to 10 mm thickness at the full 10000 mm length. Thicker sections form at shorter lengths; see the bending page. |
| Robotic MIG welding | Six-axis robotic MIG/MAG welding with digital power source — consistent bead profile and repeatable heat input across every part in a batch. |
| Exotic & non-ferrous | Copper and titanium profiled and formed to drawing alongside stainless and aluminium, with material-specific forming radii and handling. Titanium is not welded; copper is brazed, not fusion welded. |
| Plate & sheet shearing | Hydraulic guillotine shearing up to 16 mm thickness and 3150 mm cutting length for square, accurate blanks. |
| Plate rolling | Three-roll setup for cylindrical and curved sections in standard rolling applications. |
| Welding & assembly | MIG, TIG and allied processes; sub-assembly and full assembly built to engineering specification. |
| Prototype development | Collaborative design-through-production support, from first prototype to finished assembled part. We review a drawing for manufacturability before quoting, at no charge. |
| Final inspection | Every part checked against the drawing revision it was quoted against before it leaves us. |
Associated works: Karikalan Engineering Work, Namakkal — an approved external provider working to our specifications and quality requirements. All work is quoted, controlled, inspected and delivered by us.
Send us your drawings and we will send back the quote.
What we do not do
- Joining limits by material. We do not weld titanium, and copper is brazed rather than fusion welded — the full list is under declared process limits.
- Forming operations outside our tooling set — curl and roll forming, coining, hemming, partial bends that do not run the full width, and intersecting bend lines without separate flanges. See the bending page.
Send us your drawings.
What to send, how we quote and what happens next are all on one page.