Mould Types and Auxiliary Equipment

  • Pattern Wax Injection Moulds:

    It is needed for all investment casting products. It is produced from aluminium material and designed appropriate for high pressure wax injection. Shrinkage tolerances should be considered in all steps of the process. Depending on the product geometry ejector can be needed. High yield and long life time for the moulds are essential.

  • Core wax Injection Moulds:

    It is not needed for all investment casting products. It is similar to Pattern Wax Injection Moulds but wax type is different which is soluble. It is applicable for the products with complex internal geometries which can not be manufactured using Pattern wax Injection Moulds. Core Wax is placed inside the mould and Pattern Wax is injected on Core Wax. During the process, injected Core Wax is moved away by means of dissolving. At the stage of ceramic moulding, cavities are covered with ceramic material to produce complex internal cavities

  • Ceramic Core Moulds:

    It is used for the geometries which are produced with Core Wax but which can not be covered with ceramic material in the next step. Due to strength properties, it is made of steel. It is similar to Core wax Injection Mould method.

  • Measuring Equipment:

    It is used during the production process or on the end product for some special dimension tolerances.

  • Straightening Equipment:

    It is used to straight the products which have distortions during casting process.


Our Quality Policy


intention, sincere efforts, intelligent direction and skillful execution. In this sense, we steer our quality control to raw materials and production method parameters rather than the quality control of end product itself. Additionaly, we can check end product by means of different destructive and non-destructive testing techniques.

Chemical Analysis

  • Chemical Analysis using Spectrometer

Non-destructive Testing

  • Liquid Penetration Test
  • Magnetic Particular Test

Microstructure Analysis

  • Heat Treatment History
  • History of Cold Deformation
  • Grain Structure
  • Analysis of Segregation
  • Failure Analysis

Mechanical Tests

  • Hardness
  • Tensile / Compression Tests
  • Impact Test

Radiographic Inspection


Dimensional Tolerance Control