Turbocam Inc.

David Frazier is the CEO of Turbocam International. To contact David Frazier email at [email protected].

The decision makers in Turbocam Inc. are Doug Patteson, Doug Patteson, F Oliver Sexton, etc. Click to Find Turbocam Inc. decision makers emails.

TURBOCAM serves a diverse range of industries including aerospace, automotive, energy, and marine sectors. Our expertise in turbomachinery allows us to provide high-precision components that meet the stringent requirements of these industries, ensuring optimal performance and reliability.

TURBOCAM offers comprehensive prototyping services that include design consultation, rapid prototyping, and testing of integrally-bladed parts. Utilizing our advanced five-axis milling machines, we can produce high-quality prototypes that accurately reflect the final product, allowing for thorough evaluation and refinement before mass production.

Quality assurance at TURBOCAM is paramount. We employ rigorous quality control processes throughout the manufacturing cycle, including precision measurement, inspection, and testing. Our skilled technicians utilize advanced metrology equipment to ensure that every part meets or exceeds industry standards and customer specifications.

Five-axis machining is a key technology in TURBOCAM's operations, allowing for the production of complex geometries with high precision. This capability enables us to create integrally-bladed parts that are often required in turbomachinery applications. The flexibility of five-axis machining reduces setup times and enhances the accuracy of intricate designs.

Yes, TURBOCAM provides end-to-end product development services. Our team collaborates closely with clients from the initial concept phase through to production. We leverage our expertise in design, engineering, and manufacturing to ensure that the final product meets performance requirements and is delivered on time.

The TX1 technology is a proprietary solution developed by TURBOCAM that enhances the efficiency and performance of turbomachinery components. This technology focuses on optimizing the design and manufacturing processes of integrally-bladed parts, resulting in improved aerodynamic performance and reduced manufacturing costs.