Investment Castings

Systems Designed to Eliminate Trial & Error and Maximize Efficiency

We turn design ideas into defect-free castings for fast and efficient production. Our highly trained melting crews use state-of-the-art induction furnaces, computer-controlled chemical analysis, and a robust robotic dipping system to monitor the production of ceramic shells 24 hours a day.

We can meet all quality and time requirements your job demands.

Investment Casting Features:

Pre-engineered modeling and diagnostic simulation eliminate “trial & error” development procedures
Programmable automatic wax injection machines means minimal lead times, lower costs and excellent consistency in wax patterns
Computer-controlled chemical analysis ensures controlled grain size in most air melt alloys
Controlled humidity and air velocity conveyor lines provide continuous rapid, mold drying operations
Continuous data metrics from beginning to end
Scrap Alloy Buy Back Program to help reduce your costs

Serpentine Grids are designed to support surface critical, hot gas path components.

With the flexibility of a fabrication and the inherent strength of traditional casting, Serpentine Grids allow for thermal expansion and contraction to minimize grid distortion and cracking. Making it the only product your can find anywhere in the heat-resistant casting market with corresponding investment cast hardware.

Serpentine Grids Features:

Allows for thermal expansion and contraction minimizing grid distortion and cracking.Minimizes surface critical part distortion at high temperatures.
Maintains flatness and integrity when exposed to extreme temperatures.
Less metal per serpentine with equal or greater strength.
Longer life, cost-efficient.
Components are precise, clean castings with an out-of-shell surface finish equivalent to a 125rms.
Eliminates the possibility of sand burn-in or surface inclusions.
The only product offered in the heat resistant casting market with corresponding investment cast hardware.
Connecting rod or nut & bolt designs.
Multi-layered assemblies, unique stacking arrangements and specialty fixturing.