Titanium was selected as the material of choice for this gear carrier due to its non-magnetic properties. Our net shape investment casting capabilities allowed the spline detail to be produced directly thus eliminating a costly broaching operation. This Titanium pistol frame casting was more cost effective than its forged aluminum counterpart by eliminating 44 machine operations. No failures were reported after 10,000 rounds versus 700 rounds for aluminum. Here is a Titanium shackle that replaced steel for weight reduction. By casting the threads directly, secondary machining was eliminated and the product was developed at a price point competitive with steel. This Titanium buckle provided a 50% weight reduction. Together with superior corrosion resistance and non-magnetic properties making it a better choice than steel for this application. By casting the slide with the integral gripping serrations, the final product was competitive with steel on price. A Titanium casting lowered the reciprocating mass and improved the corrosion resistance for this rotating fan blade used for water atomization in a humidification system. Wax tooling was transferred from a steel foundry and used with no modification. Titanium was the light weight solution to improve ergonomics for this family of power tools where aluminum or magnesium could not achieve the high strength required. Turnkey supply of CNC machined castings made Ti Squared the vendor of choice on this program. This engine valve casting, originally designed in aluminum, was re-designed in Titanium to prevent failures at high operating temperatures. Here is a Titanium hammer produced with a hardened steel striking face by co-casting the Titanium around an insert forming a permanent metallurgical and structural bond.