Introduction: As the metal most likely to achieve mass production3D printingTechnology, the application possibilities of binder injection in various fields are also being continuously explored,
Dentistry
The field is one of them.
Desktop Health was created in March 2021, focusing on3D printingDevelopment of healthcare products.The company is based on the technology of its parent company Desktop Metal, especially its recently acquired series of3D printingTechnology to solve the needs of dental and medical customers.
Since the parent company acquired EnvisionTEC for US$300 million, Desktop Health has the ready resources to enter the growing3D printingDentistry, jewelry and
biology
Manufacturing market.
The company also recently won the U.S.
food
And the 510(K) approval of the Drug Administration, it can be used for Flexcera Base resin3D printingDental restoration and purchased the rights to PhonoGraft last month, which is a3D bioprintingTechnology, it is possible to regenerate the auditory tissue of patients with hearing loss.
Now, by providing its chromium-cobalt alloy adhesive jetting technology to dental laboratories, Desktop Health appears to be continuing to strengthen its activities in this area.
The Shop system debuted in 2019, and mass production began at the end of last year and shipped to all parts of the world for sale. This metal adhesive injection system is designed to produce complex, end-use series of batches of metal parts, which is faster and cheaper than traditional manufacturing techniques.
In addition, the capabilities of this system have now been extended to dental laboratories to provide opportunities for mass customization for dental applications while eliminating the labor costs of machine programming required for CNC milling. Prior to this, traditional machining was mostly a typical manufacturing process for the production of metal dental parts. According to reports, the Shop system is able to print 32 partial dentures in less than four hours compared to recent competitors in the same industry, while the latter can produce 10 partial dentures in about nine and a half hours.
internationality
Oral cavity
Christopher M. Silvoy, an ICOI diploma recipient, said: “Through Desktop Health’s adhesive jet technology, dental metal parts are3D printingFinally, an efficient solution can be seen. The Shop system realizes a simple and safe process for the production of precise instruments with an extremely complete integrated system and workflow. Due to the large amount of construction of the system and the fast construction time, it does not require outsourcing, which improves the quality of the final product and may change the dental industry. “
Desktop Health claims that its Shop system has all the necessary for dental laboratories to start producing dental appliances through the adhesive jet method.
software
, Hardware and materials. The system’s software interface is easy to use, and parts can be produced at the push of a button. The powder designed and the default processing parameters are optimized to ensure part quality and repeatability.
This machine has a variable build size of up to 16 liters and a high-speed single-pass printing nozzle, which makes the production of metal parts faster than traditional3D printingThe technology is 10 times faster. This advantage will help dental technicians expand their existing production capacity to produce hundreds of custom parts every day.
Desktop Health’s store system is now available for use in dental laboratories, has the ability to manufacture chromium-cobalt alloy parts, and will be put into commercial use after approval by the US Food and Drug Administration.
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