ADORBOND CC Plus Softblank, diameter 98.5mm

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ADORBOND® CC Plus Softblank is a dental cobalt-based metal-ceramic alloy. ADORBOND® CC Plus Softblank is free of nickel, cadmium, beryllium and lead and complies with EN ISO 22674 type 4 for applications with thin cross-sections which are vulnerable to very high pressure, e.g. removable partial dentures, clasps, thin veneered single crowns, fixed full-arch dentures or bridges with small cross-sections, webs, reinforcement and implant-supported superstructures.

Milling
All standard HSC milling machines for dental applications can be used. Please use suitable tools and cutting data according to the manufacturer's instructions for the dental milling machine. After completion of the milling work, the Adorbond CC Plus Softblank must be visually inspected and must meet the following criteria, otherwise the milled part may not be used for the fabrication of dental restorations:
- No material chipping recognizable
- No cracks observed

Sintering
Under no circumstances may the framework be steamed or exposed to any other moist environment (e.g. ultrasonic bath) when green (unsintered).
Place the frameworks in the sintering tray filled with sintering beads for sintering. For good support, place the frameworks on the sintering beads with light pressure. The beads should not become jammed in the interdental spaces or in the crown cavities. Assemble the sinter tray and sintering aid. Place the sintering tray including the sintering aid in the high-temperature furnace with inert gas connection and ensure that the sintering aid is arranged correctly. Follow the operating instructions for the high-temperature furnace. Carry out the sintering process according to the manufacturer's instructions for the sintering system. Sintering program: Holding time at 500°C / 1130°C / 1280°C with argon supply 3.5 to 4 h each and a heating rate of 5 K-min-1 between the holding times. At the end of the program, remove the sintering aid with tongs. If the framework or certain areas show oxidation, the sintering result must be selected
The Rumorsste to the sintern with sinterkugPlace a sintering dish filled with sinter. For good support the Frameworks with light pressure on Place the sintering balls. Balls
should itself not in with Interdental spaces jam or in with Crown cavities ben. Sinterschale and Sintered steelfsmittel Assemble. Sintering dish incl.
Sintering aids in with High-temperature oven with Protective gas connection give and at the correct Arrangement the Sintering aids pay attention. The Operating instructions of the
High-temperature furnace hhere note. Dsintering processang enaccording to the manufacturer's instructions the Sintering plant carry outlisten. Sinterprogram: Holding time with 500°C / 1130°C /
1280°C with supply of argon each 3.5 to 4 h and a heatingate from 5 K-min–1 between the stop linesten. After the End of program Sinterhilfsmittel with pliers
remove.
If the framework or certain areas show oxidation, the sintering result is to select.

Ceramic firing
The commercially available normal-melting firing ceramics for cobalt firing alloys with a suitable coefficient of thermal expansion can be used. Please
Observe the corresponding working instructions and the ceramic manufacturer's specifications regarding the cooling rate after firing. After devesting:
1. cutting off the connectors and finishing. Carbide cutters are recommended for this.
Blast the framework surface in the stylus blaster with aluminum oxide 100 µm or 250 µm.
3. clean the framework in distilled water with ultrasound or with ethyl acetate degreasing agent.
4. oxide firing (optional to check the surface) 5 min at approx. 960 C under vacuum. After firing, always sandblast the oxide layer again and
degrease again.
Note: cleanliness of the surface is the best protection against bubbles in the ceramic.
Apply a thin layer of Wash firing, then apply the second base firing to achieve an even coverage.
Always let paste opaque dry for 5-10 minutes at 600°C before heating.
6. firing and cooling according to the instructions of the manufacturer of the ceramic mass used.
In the case of long-term cooling, carry out a cooling phase up to approx. 750 °C after each Dentin, Correction and Glaze firing.

Finishing up
After firing the ceramic, rubberize the unveneered parts of the framework and polish them with a polishing paste for dental alloys or with rotary polishing tools to
Polish to a high gloss.

Soldering and welding
Soldering before firing with commercially available solder and associated high-temperature flux. The width of the solder gap should be 0.05-0.2 mm. Laser welding with
commercially available laser welding wire.

Safety instructions
Metal dust is harmful to your health. Use suction when handling the powder, by finishing works and blasting. Hypersensitivity to the alloy components should be taken into account. In case of suspected intolerance with certain alloy components, the product should not be used.

Other notes
Any serious incident that has occurred in relation to the device shall be reported to the manufacturer and the competent authority of the Member State in which the user and/or the distributor is established.
patient is established

Warranty
These technical application recommendations are based on our own tests and experience and can therefore only be regarded as guidelines. The dentist or dental assistent himself is responsible for the correct application of the product.