Zi
GET A QUOTE
Contact Us
  • Products
  • Investment Casting Parts

Investment Casting Parts

Designs

The main stages of the Lost wax Process are the following…

With the Lost Wax Method we can cast in steel with the same surface finish and precision as Die Casting can do with Aluminium and Magnesium Alloys.

Since we are using a much cheaper Die to cast highly complicated parts in a shorter series. We can claim that the Investment Castings Process can cast the most complicated parts at a cheaper rate. But, we have to follow the casting Rules for Investment Casting, which do not tally with Traditional Casting Rules.

company profile
Benefits

Investment Casting offers greater design freedom (complex intricate shapes easily as well as assemblies cast as one part), greater investment casting alloy selection to best meet your investment casting application), improved surface finishes and a greater opportunity for cost and weight reduction. Also known as lost wax Investment Casting, investment Castings will enhance the design and the performance of your mechanical components. Consolidated Casting offers Investment Castings to precision tolerances of +/- .005 inch per inch and to machined like surfaces of 125 RMS.

Weight Reduction
  • Thin wall IC steel castings offer maximum strength to weight ratios
Premium Casting Tolerances
  • Tolerances of .003 – .005″ can reduce or eliminate costly secondary machining and can often result in a new cast part with little or no waste of material.
Excellent Design Flexibility
  • Consolidated Casting Corporation has the ability to cast complex shapes and eliminate multi-part fabrications and sub-assemblies
  • Investment castings can better satisfy fit, form and functional requirements
  • Duplicated precisely in small numbers (hundreds, thousands or even millions) With proportionate cost advantages
  • No concessions need to be made for draft angles or other alternative process limitations
Lower Tooling & Part Cost
  • Tooling for molding of the required wax patterns
  • Is often less expensive than conventional diecast tooling
  • Is produced in less time than other types of pattern tooling, resulting in shorter lead times
  • Can be single cavity manual operation or multi-cavity automatic tooling
  • Can reduce total costs for finished parts
  • Has potential life expectancy up to 50 years and one million pieces.