Technology
MIM production Technology
MIM process offers design flexibility and freedom and cost effective solution for highly complex parts of exact dimension and tolerances.
MIM can significantly reduce time and cost at every step of the production process compared to investment cast, die casting and conventional press and sinter. This technology can shorten product development cycle and eliminate secondary machining operations and several finishing steps.
Here there are virtually no design restrictions allowing much greater design flexibility and freedom.
This technology is best suited for manufacturing orthodontic brackets which of small size, intricate shapes where the finished parts weigh less than 100 grams.
MIM produces smoother surface finishes right from the mould cavity and obtains up to 99.5% densities.
Computer Aided Design
JJ use latest CAD/CAM (Computer aided design) technologies to develop our latest Orthox series of one piece bracket. Our skilled engineers use these advanced technologies to design and create highly detailed moulds.
Injection Moulding
Our state of art manufacturing process moulds the feedstock into precision brackets.
Sintering Process
The moulded parts are sintered in a vacuum furnace, which removes the binders and produces the exact final parts. The completed parts are polished, inspected and marked and then sent to final packing.
MIM advantages
- The MIM process provides precise torque, angulations and offsets. This assures that the final product fulfils all treatment specifications.
- The moulds with exact tolerances ensure repeatable accuracy in the production process.
- The strength, accuracy and appearance of MIM brackets is excellent.