We have state-of-the-art infrastructure which is well equipped with all the latest tools and equipment to carry out our business processes and procedures in a well planned manner. Our in-house ultramodern manufacturing unit is well equipped with all the advanced technology machines and equipment for a speedy production and avoids the unwanted wastage of idle resources. We also have a warehouse facility spread over a vast area of land holding a large storage capacity which enables us to store and retrieve our manufactured products in a safe and organized manner.

Our infrastructure comprises:

  • Administration department
  • Manufacturing department
  • Quality control department
  • Research and development department
  • Warehouse department


Dashmesh Casting, a well laid out Modern Plant Manufacturing the total spectrum of I Sand Casting made from ferrous metals and its alloy Nickel & Cobalt based super alloys.

Plant Capacity

We are doing sand casting using Induction furnace in which any component from 0.05 KG to 500 KG is done by well experienced professional . Our production capacity is 15000 Ton per year.

We are doing following process for castings.

  • No Back System
  • CO2 Process
  • Green Sand Process
  • Mouless Process


We are doing Investment Casting by lost wax process as it is the most flexible metal forming technique available and also the most cost effective way of designing and manufacturing components for a wide range of manufacturing industry.

With an installed capacity of 300 MT per annum we are supplying investment castings to our value added customers. Any components from 1 Gram to 100 K.G. is potential for investment casting. Full design flexibility extremely superior physical and metallurgical properties, excellent size control near perfect surface finish with extremely tight tolerance are the distinguished features of Investment casted components. In addition its capability to cast virtually and metal/alloy, in ferrous and non ferrous category, to very close tolerances gives a clear lead over the conventional casting process with a definite cost advantage eliminating in most surfaces the requirement of machining. In short creates a near neat shaped component which were earlier thought impossible to achieve.