PRINT is the software for digital dental model fabrication. Precise, printable 3D models can be created easily and quickly from digital impression scans. The scan data is shaped into a virtual dental model with an intuitive step-by-step workflow. PRINT can be used to define removable dies in the model or even complete segments. After purchasing the individual MILLING module, you can create a milling model from the previously defined dies in no time at all. With the "Implants" plug-in already integrated, 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 new way to produce milling models is digital. With BiSS MILLING! Milling models can be designed in just a few minutes from intraoral and extraoral scan data imported in .STL, .OBJ and .PLY data formats. The step-by-step control already proven in PRINT is also a welcome relief in MILLING. 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.

Create customized impression trays? Nothing could be easier with BiSS TRAYS! Developed in collaboration with dental technicians and dentists, TRAYS focuses on the essential steps relevant to impression tray design. With the individual module LOCATE, this is even possible for 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 customer requirements can be implemented. Individual trays can be designed in just a few minutes from intraoral and extraoral scan data imported in .STL, .OBJ and .PLY data formats. 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, positioning the tray handle, labeling and perforating. The settings made are saved for the next job and ensure individualization of the program.

The creation of individual bite registrations and support pin registrations is child's play with BiSS LOCATE. Open file formats such as STL, PLY and OBJ can be imported into LOCATE from a wide variety of intraoral scanners. Developed in collaboration with dental technicians and dentists, the module focuses on the essential steps relevant to the design of bite registrations and support pin 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 registration and the support pin 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. With the already integrated plugin "Pointer" you have 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 registrations and the finished support pin registration. BiSS LOCATE relies on numerous automatisms to get you to your goal as quickly as possible.

BiSS VIEWER is for open file formats such as STL, PLY and OBJ (color scans are also rendered). Now with intuitive operation and customizable visual properties. Change the look and feel of the colors of the models and backgrounds to your own liking, e.g. for presentation purposes. There are sophisticated displays, such as the Dual-Compare-View or an Explode-View. Have the size of each loaded object specified in a single- and multi-boundary box, but additionally individual geometry data. What we missed in other STL viewers is the function to move objects in 3D space in your position. We can now. =) Here is a real highlight for us with rarity value among the commercially available 3D viewers: Wall thicknesses can be easily checked with a colored representation. We love this function. We hope you do too. :)