Precision Under Pressure
Aerospace-Grade Investment Casting. Built for Speed.
In aerospace and defense manufacturing, precision isn’t optional—it’s the mission. BasTech delivers certified investment casting solutions designed for programs that can’t afford delays or uncertainty. From rapid prototypes to production-ready components, we move fast without cutting corners.
WHY BASTECH
Why THE PROS Choose BasTech'S INVESTMENT CASTING
BasTech blends modern foundry craftsmanship with advanced digital manufacturing. Our in-house engineering team collaborates directly with clients to move designs from CAD to cast part with unmatched accuracy and repeatability.
Tight Tolerances, Complex Geometries
Fine detail and consistent performance across aerospace materials.
Rapid Turnaround
Integrated tooling and additive workflows shorten lead times from months to weeks.
Certified Quality
ISO 9001:2015 and AS9100D registered. ITAR-compliant.
Domestic Supply Chain
U.S. manufacturing keeps production secure and communication direct.
End-to-End Capability
Engineering support, casting, heat treatment, and precision machining under one roof.
Applications
Every part leaving our facility meets documented traceability and inspection standards. Our engineers work directly with your quality teams to verify conformity, reduce risk, and accelerate qualification.
Flight-critical and propulsion components
Defense system housings and assemblies
Turbine blades and structural castings
validation and short-run production
GET IN TOUCH
Move Fast. Stay Mission-Ready.
When timelines tighten and specifications can’t bend, BasTech delivers investment casting solutions that keep programs advancing.
What iS INVESTMENT CASTING?
Investment casting is a precision manufacturing process used to produce complex metal components that would be difficult or inefficient to machine from solid material.
The process begins with a wax replica of the final part. That wax pattern is coated in layers of ceramic to form a hardened shell. Once cured, the wax is melted out, leaving a cavity that matches the exact geometry of the component. Molten metal is poured into the shell, allowed to solidify, and then the ceramic is removed—revealing a near-net-shape metal part.
Its advantage lies in producing intricate geometries, thin walls, internal passages, and tight tolerances in a single pour. Instead of machining away large amounts of material, investment casting forms parts close to their final dimensions, reducing waste, lowering material costs, and minimizing secondary operations.
For aerospace and defense applications where precision, material integrity, and repeatability are critical, investment casting delivers structural performance and dimensional accuracy that other processes often cannot achieve as efficiently.
