|Size (H x W x D)||990 x 416 x 602 mm3|
|Power Supply||100-240 V / 50 to 60 Hz|
|Maximum Power Consumption||2 kW|
|Program resumption after power failure||●|
|Housing: Anodized aluminum||●|
|SiC heating element: DEKEMA specific, high purity heating elements made of SiC (silicon carbide), firing at high temperatures, no discoloration||●|
|Multi-compound fiber insulation: Multilayer insulation for sintering at high temperatures||●|
|Multi-compound fiber insulation table: For sintering at high temperatures||●|
|Package of μSiC sintering accessories: Three (3) bases and three (3) rings including gripper for reliably loading and unloading||●|
|Micro-Pearls: non-deforming sintering of dental restorations||optional|
|Sintering plate for Micro-Pearls||optional|
|USB interface: Transfer firing programs (dds)/ transfer image files (jpeg)/save quality management files (dfl )||2x(●/ ●/ ●)|
|DB (Internet data base): Ethernet interface for connecting to the DEKEMA Internet data base||●|
|JAVA: For online control and monitoring of all relevant furnace functions via JAVA compatible|
|VNC (Virtual Network Client): For online control and monitoring of all relevant furnace functions|
via VNC for PC or mobile device
|FTP server: Connection for transferring fi les via the internal FTP server||●|
|FTP client: Connection for transferring fi les via an external FTP server||●|
|QM quality management: Record of process fi les in ASCII format||●|
|X-DREAM; Computer program for querying the furnace state and emailing QM data||optional|
|OPC: Software server to incorporate quality management into ERP systems||optional|
The sintering fl agship, especially designed for sintering huge amounts of milled dental restorations. Three SiC heating elements ensure an even
temperature distribution inside the sintering chamber. Process safety and traceability is already integrated through quality management modules and internet connectivity for remote access.
FURNACE FOR SINTERING COPINGS UP TO 1.600 °C
Large milling centers all over the world cherish the efficiency of the AUSTROMAT µSiC; efficiency in throughput, efficiency in energy consumption, efficiency through reliability.
Several levels of diameters up to 100 mm can be placed on top the multilayered insulation table, up to a height of 150 mm; thus, sintering of more than 120 units is possible at a time. Discoloration can be neglected through the use of clean SiC heating technology. Energy saving heating and cooling processes extremely reduce sintering times. Depending on the material, typically around 70 % shorter cycles can be realized as with conventional heating techniques in standard high temperature ovens. This is future-oriented, eco-sensitive state-of-the-art technology for the process safety of tomorrow’s digital dental laboratory.
Editing and programming functions allow generation of incredible sintering cycles. The network compatible AUSTROMAT µSiC can remotely be operated. Use your mobile device or let us diagnose the unit remotely. Use a QR reader to optionally one button program or safely start a cycle. Even during program run you remotely may adapt data. Comprehensive backup and recovery functions and power failure features round up this furnace.