3D PRINTING MODULE FOR DESIGN INJECTION MOULD FOR HOSE CONNECTOR

3D PRINTING MODULE FOR DESIGN INJECTION MOULD FOR HOSE CONNECTOR

Samiksha Rajesh Surywanshi,

Department of Electronic & Telecommication ,DIEMS Aurangabad

Abstract - Tool Design is the process of designing and developing the tools, methods

and techniques necessary to improve manufacturing efficiency and productivity. It gives industry the machine and special tooling needed for today high speed, high volume production. It does this at a level of quality and economy that will ensure that the cost of the product is competitive. Since no single tool or process can serve all the forms of manufacturing, tool designs an ever changing, growing process of creative problem solving.

Plastics did not enter our lives with the fanfare of other revolutionary inventions, but more by the process of infiltration. Plastic being the synthetic materials where at first considered to be cheap substitute for them better known and more expensive materials.

Plastic articles are not only replacing wood, metal and other materials but because of their particular qualities. They function better than other materials for specific process. Through the years plastics have curved the right as material themselves and not as substitute for their materials. Not only are plastics more useful, adaptable and practical than the material. They have supplemented, but uses of plastics have been found for which no other material can be used.

AIM: By this project we are trying to design an angle lifted injection mould product and mould for that particular product “HOSE CONNECTOR”. The main target of this project is to analyze the product design, mould design and selection of suitable materials for both the plastic productand the mould. The estimation of the mould, is to calculate the approximate mould cost for this product