Get your Rapid Prototype Components in days
CAD files to Parts/Components with no hard tooling, this is what Magna Digitech offers you.
direct metal printed prototype parts in the shortest possible time with maximum flexibility.
State of the art 5-Axis CNC Machining Centers with Modular work holding for Prototypes
Sand Molds and Cores directly from CAD files, eliminating the need for hard tooling.
Design-Optimization, Quality-Benchmarks, Cost-Effectiveness to convert your design concept into reality
Benefit from the First-Time Right.
ADDITIVE MANUFACTURING - Direct METAL printing
Magna Digitech offers Direct Metal Printing “The Future of Manufacturing” with leading edge technology. Leveraging the Bound metal deposition technology to provide rapid prototyping & creation of complex parts easier than ever before, identifying opportunities for assembly consolidation.. Read More..
Rapid Prototyping - CASTINGS
Our Rapid Prototyping capability to produce Prototype Castings, Sand Molds and Cores within days is a boon to our customers. Our perfect scalable Prototype manufacturing facility leverages the feasibility for multiple Design validation & full testing in a short period for manufacturers and foundries to establish their products in the market. We have eliminated the tooling cost with less development cycle time and faster response.
Having a vast experience in the Design, Simulation, Troubleshooting, Machining Technology and Inspection over 4,000 Castings to various foundries across the globe with different metals and different manufacturing processes. We are your best partners for producing fast Prototype Castings, Sand Molds, and Cores precisely with the best quality. Read More..
EXCELLENCE IN CASTING ENGINEERING SERVICES
With more than a decade of combined experience in providing Engineering Services, it is contributed by a highly dynamic group of engineering professionals and technicians, in providing engineering services with the cutting edge technologies, where the core team has been into 3D Solid Modeling since 1995. Read More..