Michael Varanka's Contact Details

Michael Varanka's Company Details

Prodways Tech

Montigny-le-Bretonneux, N/A, FR • 250 - 499 Employees
Architecture Firm/Engineering Firm

Prodways Tech, a Prodways Group Business Unit, is a specialist in industrial and professional 3D printing with unique positioning as an integrated global player. Prodways Tech high value-added subsidiaries include Solidscape, Prodways Printers, Deltamed, Prodways Materials, and Prodways RAF. Prodways Tech offers a wide range of multi-technology 3D printing systems and premium materials with unparalleled levels of quality and throughput. We manufacture industrial 3D printers for the dental, medical, jewelry, and rapid prototyping markets. A full range of additive manufacturing methods are available: Wax 3D Printers: Solidscape designs, manufactures, and markets high precision 3D Printers for producing dimensionally accurate wax patterns for investment casting and mold making, ideal for high-end jewelry manufacturing. These patterns provide the industry's highest standards in surface finish, accuracy, and material castability, greatly reducing time spent in post-processing.Selective Laser Sintering 3D Printers (SLS®): Prodways SLS® 3D Printers provide industrial capabilities for Additive Manufacturing prototyping and production. Offering a large build platform and unmatched flexibility, these versatile 3D printers meet the needs of a wide range of industries such as aerospace, automotive, healthcare, and architecture. MOVINGLight® 3D Printers: Prodways' MOVINGLight® 3D printers deliver a unique combination of speed, accuracy, and consistency, for dental and industrial applications. Together with our validated partners, Prodways Tech offers an integrated, end-to-end ecosystem for optimized clear aligner production. Metal 3D Printing: RAF Technology® was developed to serve demanding markets such as the aerospace market, where high-performance alloys like titanium are important. Materials: Through its subsidiary Deltamed, the brand also has expertise in the development and manufacturing of light-curing materials for 3D printing technologies.