Temsilcilikler › Exone
Exerial
ExerialTM Industrial Production 3D Printer
Industrial series production of complex sand cores and molds is now possible using the Exerial™ 3D printer with two job boxes and a printing volume of 130.5 ft3 (3,696 L). Multiple Exerial™ printers can be linked together, forming a networked assembly system. This high degree of automation makes the Exerial™ printer ideal for mass production.
S-Max
The S-Max, suited for sandcasting foundries, creates complex sand cores and molds directly from CAD data, eliminating the need of a physical pattern to create a core or mold. The ability to cast in hours without hard tooling improves the entire casting process chain.
M-Print
All ExOne material systems are designed and engineered for the ExOne process and the ExOne M-Print System. Each material system comprises ExOne’s patented binder and specially prepared formulated materials to ensure the highest quality.
S-Print
The S-Print, suited for sand casting foundries, creates complex sand cores and molds directly from CAD data, eliminating the need of a physical pattern to create a core or mold. The system manufactures even the most complex cores with furan binder, giving the ability to produce castings for a wide range of applications.
M-Flex
All ExOne material systems are designed and engineered for the ExOne process and the ExOne M-Flex System. Each material system comprises ExOne’s patented binder and specially prepared formulated materials to ensure the highest quality.
Innovent
Innovent® Research & Education 3D Printer
Value, speed and efficiency: the ExOne Innovent® printer is compact, budget-friendly and offers a complete solution for lab environments.
Offering eight times the print volume of prior lab models and designed for research and educational customers, the Innovent® 3D printer is an excellent tool for developing powdered materials and processes, as well as training the next generation of manufacturing and material scientists, enabling the exploration of ExOne® technology under industrial conditions.
X1 25Pro
X1 25PROTM Mid-scale Production 3D Printer
One of the ways in which X1 25PRO™ print quality is achieved is through ExOne’s patent-pending technologies that allow for the printing of MIM powders. As initially developed for the INNOVENT+ system, powder dispensing in the X1 25PRO™ is achieved through ExOne’s latest state-of-the-art recoating technology, which results in a consistent and uniform powder bed.
Innovent+™ Research & Education 3D Printer
Value, speed and efficiency: Designed for the lab, this is ExOne’s most compact and budget friendly printer, with no sacrifice in quality.
S-Max Pro
The latest generation of industrial 3D printing technology impresses with its speed, reliability and precision, and is an excellent choice for both prototyping and industrial series production. The S-Max Pro™ can achieve printing speeds of up to 135 l/h (18 s/layer) and can therefore 3D print two full 1.800 X 1.000 X 700 mm/400H* job boxes, each with a volume of 1260 L.
X1F Advanced Furnace
Explore the original two-step method of 3D printing bound metal parts for direct sintering without debinding
The ExOne Metal Designlab™ by Rapidia is made possible with innovative HydroFuse™, an innovative water-based paste containing metal or ceramic powders.
Bizi Linkedin'de Takip Edin