We are manufacturer of Patterns made out of wood, Aluminum, Thermo coal, resin & metallic etc. for intricate cast components that weight 100 gms to 25 tons each. We have well equipped pattern shop in about 450 sq mts built-up area employing over 25 skilled workers guided by a team of highly experienced supervisors and staff members who have adequate technical and managerial expertise in the trade.

We perform pattern/corebox design and construction, gating and risering, alterations to existing tooling, and castability enhancements. Foundry tooling consists of patterns, coreboxes, models and all the rigging that makes a complete job ready to run in a foundry.

We are offers following types of patterns
1. Wooden, Aluminum, Metal Patterns. We have heavy-duty woodworking equipment and highly experienced patternmakers to make any type of wood pattern, corebox, or model that can be designed. We can make pattern by using seasonable Teak Wood and various grade Aluminum.
We are approved vender for supply wooden ,aluminum pattern to BHEL & big size Teak Wooden Patterns for all types of industries. 
2. Wooden Aluminum pattern by using CAD/CAM technology, we are offering wooden, aluminum pattern by the using Modern computer numerical control (CNC) machine tools are employed to make fully machined tooling for very critical and precision products like turbine parts , runner blades, pump impellers , pump casing. 
3. We are approved vender for supply thermocol pattern to MARUTI SUZUKI India LTD. Big size tools Patterns for all types of auto mobile tooling industries & machine tools industries. 
4. Reverse Engineering - A growing number of clients are taking advantage of our full range of reverse engineering expertise which extends much further than simply the production of the pattern to include the actual casting, machining and shipping. The turnkey solution has also proved to be extremely attractive to clients in the prototype stage and by working closely together from the initial stage of design, our experts are able to save cost, avoid over engineering and ultimately reducing lead time from prototype to production.