Riton Metal SLM 3D Printer High Speed For Cobalt Chrome Crown Brackets

Riton High Speed Metal 3d Printer for Cobalt Chrome Crown Brackets

What is DMLS/SLM?

Direct metal laser sintering (DMLS) or selective laser melting (SLM) are powder bed fusion techniques used for the production of metal parts. To accurately produce parts DMLS/SLM require a significant amount of support to be included on the part during printing. High temperatures result in high levels of stress meaning parts are often susceptible to warping or deformation. This leads to significant post-processing being needed to remove the support and finish the surface where it was attached.

What can 3D printers do?

From tooling inserts with cooling channels to lightweight assemblies for aerospace, any objective that involves intricate metal parts can benefit from metal 3D printing. Some of the popular applications for metal 3D manufacturing are fully functional prototypes, production tools, mold and insert tooling, rigid housings, ductwork, spare parts, heat exchangers and heatsinks.

D-150 3D Printer

 

PLATFORM: DIA150MM,

PERFORMANCE: 220PCS CROWNS/14 PARTAL FRAMEWORKS IN 4.5 HOURS

 

SELLING POINT:

SHORT SPREADING POWDER PATH

HIGH-PRECISION

HIGH-PRINTING SPEED

TIME-SAVING

HIGH-END APPEARANCE

D-150 is the 4th Generation of riton dentistry 3d metal printer.

 

It's a device specially developed for denture production since our company Riton entered the dental industry in 2015. This device fully integrates the denture production process to achieve seamless connection. Until this day, our machine has been put in dental labs and dental studios in more than 30 countries. Stable quality and favorable price are highly praised by customers.

1. The equipment occupies a small area (1300x900x1600mm), which is more conducive to the flexible production of dentures.
2. The powder spreading stroke of the equipment is short, and it only takes 4.5 hours for 200 bottom crowns. Fastest in its class.
3. The molding bin is small, the inflation time is short, and the personnel only need to wait for 5 minutes.
4. The fixing method of the forming plate is a magnetic suction type, which does not require manual adjustment of the plate, which effectively prevents the waste from being removed from the plate.
5. All moving parts are fully sealed, effectively preventing powder pollution and prolonging the service life of the equipment.
6. Fitting the denture production process, the design time and the printing time can be seamlessly connected to reduce waiting.
7. The 40-micron layer thickness can be used in the printing of denture brackets, and the printing speed is 1/3 higher than that of similar equipment.
8. The equipment use cost is low, and the replacement cost of the circulating filter element used by the equipment is 400USD/year.

 

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