Precision mold engineering and production molding under one roof — so mold design, machining and trial molding stay perfectly aligned.
We engineer high-precision compression molds, injection molds, multi-cavity molds and PU casting tools for elastomeric parts. Complete engineering support runs from product analysis and DFM optimization through mold development, trial molding and mass-production support.
Each mold is designed around your part geometry, cycle-time targets and flash-control requirements — cavity layout, gating, venting and heating all engineered before steel is ordered.
3-axis CNC milling, turning, EDM and surface grinding of P20 / H13 tool steels. Machined, fitted, spotted and validated in-house before first trial.
Compression & transfer molding for rubber, hot casting for PU, and injection molding for TPU/TPE — with in-process temperature and cure monitoring.
| Mold types | 2-plate, 3-plate, multi-cavity, transfer |
| Tool steels | P20, H13, EN31, S7 |
| Max mold size | 800 × 600 mm |
| Machining tolerance | ±0.01 mm |
| Processes served | Compression / Transfer / Injection / PU casting |
| Trial & FAI | Included with every tool |
| Process | Best for | Materials | Volume |
|---|---|---|---|
| Compression molding | Bushes, pads, bumpers, AV mounts | NR, SBR, EPDM | 100 – 50k /yr |
| Transfer molding | Rubber-to-metal bonded parts | NR, EPDM | 1k – 100k /yr |
| Injection molding | Precision, high-repeatability parts | TPU, TPE | 10k – 1M /yr |
| PU hot casting | High-load, abrasion-critical parts | PU (TDI/MDI) | 10 – 10k /yr |
Beyond mold making, our machining and printing cells run as independent services — for machined metal parts to drawing, rapid prototypes, and mold trial patterns.
Milling, turning and precision machining of tool steels, mild steel, aluminium and engineering plastics — prototypes to production batches.
| Processes | 3-axis milling · turning · EDM · grinding |
| Tolerance | up to ±0.01 mm |
| Materials | P20, H13, D2, EN31, 1018/1045/4140, SS, Al |
| Lead time | from 5 working days |
| Inspection | dimensional report with every batch |
FDM, SLA and SLS printing for functional prototypes, fit-check parts, mold trial patterns and flexible TPU test pieces — before any steel is cut.
| Processes | FDM · SLA (resin) · SLS (nylon/TPU) |
| Accuracy | ±0.2 mm (FDM) · ±0.1 mm (SLA) |
| Materials | PLA, ABS, PETG, resin, PA12, TPU 95A |
| Lead time | from 48 hours |
| Best for | prototype-before-tooling risk reduction |
Why it matters: printing a ₹2,000 prototype before cutting a ₹2,00,000 mold catches fit and function issues while they are still cheap. We fold this into every tooling project — or sell it standalone.
Molds, dies and precision-machined metal components — attach your drawing or 3D model and we quote tool cost, part price and lead time.