BISS Dental Softwarepackage
BISS Dental Model-Creator
BISS is the software for digital dental model fabrication. Easily and quickly create accurate, printable 3D models from digital impressions. Import open file formats such as STL, PLY and OBJ from a wide variety of intraoral scanners into the Model Creator. Design the scan data into a virtual dental model with an intuitive step-by-step workflow. You start with a repair assistant that cleans up fragments of the digital impression in a supportive manner so that the 3D model can be printed, milled or imported into CAD software without interference. Automatically or manually created supports are also included in the software. For example, it is possible to encode the bite and transfer the occlusion directly from the data set. In addition, BISS can be used to define removable stumps in the model or even complete segments. After purchasing the Milling Models add-on module, you can create a milling model from the previously defined dies in no time at all. With the Implant Models add-on module, you can quickly and easily integrate analogs into your model and create removable gingival masks. An extensive implant library is available to you for this purpose. Automatic hollowing and the creation of drainage channels are essential components for saving material and thus money. Jaw labels can be easily applied to the various base geometries and are an aid to patient assignment. Progress can be saved and archived in a compressed folder at any time. The best comes at the end: Enjoy the latest feature of BISS - fully automatic model creation. Watch BISS at work and give yourself a little break. BISS creates a printable and socketed model for you with one click.
BISS Milling Models
The new way to produce milling models is digital. With BISS Milling Models! Milling models can be designed in just a few minutes from intraoral and extraoral scan data imported in the data formats .STL, .OBJ and .PLY.
The step-by-step control already proven in the BISS Dental Model Creator is also a welcome relief in the Milling Modeler tool. This way, you will certainly succeed in quickly finding your way around the program. In this way, the digital dental laboratory runs through only a few, but sorted steps, such as defining the dies, base geometry, setting the height and distance to each other. The settings made are saved for the next job and ensure individualization of the program.
Available as an extension module for BISS Dental Model-Creator as well as stand-alone Software.
BISS Dental Tray-Generator
Create customized impression trays? Nothing could be easier with the BISS Dental Tray Generator! Developed in collaboration with dental technicians and dentists, the Tray Generator focuses on the essential steps relevant to the design of impression trays, bite registrations and support pin registrations. The result is a well thought-out and streamlined workflow that guides you step by step to the finished product with numerous automatisms. However, the numerous optionally adjustable parameters ensure maximum flexibility, so that even the most specific demands of customers can be met. Intraoral and extraoral scan data imported in the data formats .STL, .OBJ and .PLY can be used to design individual trays, bite registrations and support post registrations in just a few minutes.
The digital dental lab thus goes through only a few, but sorted, steps such as defining the tray shape, blocking out the undercuts, creating wax walls if necessary, as well as creating a sleeve hole and a writing plate for a support pin registration (after purchasing the Bite Registrations and Support Pin Registrations add-on modules), positioning the tray handle, labeling and perforating. The settings made are saved for the next job and ensure individualization of the program.
BISS Bite Registrations
The creation of individual bite registrations and support pin registrations is child's play with BISS Bite Registrations. Open file formats such as STL, PLY and OBJ can be imported into BISS bite guides from a wide range of intraoral scanners. Developed in collaboration with dental technicians and dentists, the module focuses on the essential steps relevant to the design of bite registration and support post registrations. In this way, you run through a repair assistant in the workflow, which cleans up fragments of the digital impression in a supportive manner in order to design and print the bite guide and the support post registration without interference. You have the option of designing your wax walls individually with grooves, with gutters, with a round end or with an open end. The add-on support pin registrate offers you the possibility to flexibly, individually and quickly combine a hole and a plate for the support pin with your predefined base. The result is a well thought-out and streamlined workflow that guides you step by step to the finished bite template and the finished support post registration. In the process, BISS relies on numerous automatisms that get you to your goal as quickly as possible. However, the numerous optionally adjustable parameters ensure maximum flexibility, so that even the most specific customer requirements can be implemented.
You receive the installation file together with the user documentation on a USB stick and the associated license dongle. Further information about the scope of delivery and the system requirements can be found in our terms and conditions.
With the purchase of a standard license of the BISS Dental Software Package, you acquire a dongle-bound single license for all modules and extensions of the BISS Software.
You can already download and install the latest BISS Version at www.promadent.de/download. In the meantime, we will send you your personal USB dongle License with which you get started with BISS.
- Windows 64-bit
- Minimum 500 MB free file system memory, recommended 2 GB
- Processor at least 2 cores at 2 GHz, recommended 4 cores at 2.5 GHz
- Free RAM 8 GB, recommended 16 GB RAM
- Free USB 2.0 port
- Minimum screen resolution 900 x 1200 pixels
- Graphics card: e.g. HD Graphics 3000 DX10.1