With Connect Case Centre your dental lab profits from an innovative method to process precise digital impressions. This technique with the inLab system is easily independently integrated into the CAD/CAM workflow of your lab and is cost effective.
As an inLab laboratory you can directly process digital impressions over Connect Case Centre and therefore become a coveted partner. Every dental practice that wishes to produce digital impressions and send them to a lab could be your next customer. In future new orders are received via Connect Case Centre directly on your PC. For you this means that you simply receive the data, design and mill.
Furthermore, the Connect Case Centre offers you the possibility to directly and quickly clarify the model data received, order data and delivery schedule. This immediate feedback to the practice saves time and prevents unnecessary corrections at a later point of time.
After receipt and review of the Connect orders, the dental laboratory can get to work on the design using the inLab CAD software right away. As an alternative, the 3D model data set can be exported to another CAD software for design via the optional inLab STL interface.
Given the continuous development of high-quality CAD/CAM materials for monolithically produced restorations, a physical working model is already a thing of the past for many digital impressions.
If necessary, the 3D model data received can be sent either to a model production (e.g. 3D printer) via the STL data export.
The inLab software is open. This means that directly after the receipt of data and STL export, the dental laboratory can proceed with production using different CAD software. Or the design is first produced using the inLab CAD software and then exported to the production unit of a third-party provider.
Alternatively, central production solutions can be used: For finishing both inLab design data directly from the inLab software as well as data via STL transmission from another CAD software.
With Connect Case Centre your dental lab profits from an innovative method to process precise digital impressions. Registration is free of charge for inLab customers.
| Dimensions (W x H x D) |
408 x 1023-1190* x 443** mm |
| Monitor |
21.5"/54.6cm, 1920 x 1080 pixel monitor resolution (FHD) |
| Device weight |
39.5 kg |
| Scanner weight Primescan |
457 g with plastic sleeve and 524.5 g with metal sleeve |
| Scanner weight Omnicam | 316 g |
| Dimensions Primescan (W x H x L) |
50.9 x 58.8 x 253 mm |
| Dimensions Omnicam (W x H x L) |
40 x 50 x 223 mm |
| Powder-free | Yes |
| Colour | Yes |
| Acquisition technique Primescan |
Dynamic Depth Scan and High Frequency Contrast Analysis. Real-time removal of soft-tissue artifacts during scanning. The scanner is moved over the tooth surface at a distance of 0 to 19 mm. |
| Acquisition technique Omnicam | Filming: The data is recorded continuously without blurring by means of the flowing acquisition technique. The scanner is moved over the tooth surface at a distance of 0 to 15 mm. |
| Power supply |
- Standard power supply (100–240 VAC 50/60 Hz) - Optional: Uninterruptible power supply (short-term battery) |
| Battery capacity | 288.8 Wh; More than 60 minutes of battery running time, up to 4-hour standby time |
| Network connection |
LAN und WLAN |
| Software |
Connect SW (no follow-up costs) - Acquisition of preparation, antagonist and bite registration - Calculation of the 3D model within seconds - Definition of the preparation margin by the practitioner or dental laboratory - Upload of the 3D model to the Connect Case Centre for transmission to a lab or specialised partner |
| Indications |
Crowns and bridges, inlays, onlays, veneers, temporary restorations, abutments and surgical guides (restricted), orthodontics (CEREC Ortho), model casting |
* Height depends on whether monitor is tilted: When tilted maximally 1023 mm, when upright 1190 mm ** W= 540 mm with swivelled out monitor |
|
* inLab SW interface module for .STL export required
