cara® Print 4.0: 3D Printer for dental appliances

The technology in brief

Digital Light Projection (DLP) makes cara Print 4.0 quicker, more economical and more accurate than laser-light technology. And it’s even faster than most other DLP systems.

The intelligent calculation of the illumination sequence and the mechanical movement of the z-axis – combined with the unique properties of the tray window – speed up the manufacturing process significantly. Furthermore, cara Print 4.0 results in smoother, more homogeneous surfaces than competing 3D printers, while the long-lasting resin tray remains transparent and stable as long as it is not mechanically damaged.

The digital workflow with cara Print 4.0

Part of a comprehensive, open digital workflow

The cara system for 3D printing is open, working with open STL files commonly used by CAD programs, such as Dental Designer™ by 3Shape. Our cara Print CAM software is included with the purchase of cara Print 4.0, with no hidden licensing fees. Users are encouraged to use cara Print 4.0 together with Kulzer’s own dima Print materials, followed by post-curing in the HiLite Power. Doing so ensures the highest quality results and guaranteed clinical performance.

Applications of cara Print 4.0 + dima Print materials:

Take the next step and secure your place in the future of digital dentistry – with cara Print 4.0 .

Accelerate your production, maintain quality

cara Print 4.0 allows you to accelerate the production of high-quality polymer-based dental applications. With an X-Y resolution of 53.6μm and a variable layer thickness (i.e. Z-axis resolution) of 30-150μm, you can quickly achieve the accuracy requirements for all polymer-based restorations.

Variable layer thickness (30 - 150 μm)

The ability to vary layer thickness means that you can select the optimal balance of accuracy and speed. This makes it possible to optimize the process for appliances that don’t have high accuracy requirements (e.g. impression trays) by increasing the layer thickness and thereby reducing build time.

Introducing the Pala 3D-printed Denture:

Powered by cara^© Print 4.0 and dima^© Print materials.

Learn about all dima Print materials.

See how quick and easy it is to assemble printed teeth and a base to create a fully printed denture.

Cartridge-free system and easy-refill materials

Some 3D printers utilize a cartridge system for resins. Not only does this prevent you from selecting the materials of your choice (i.e. closed-system concept), it makes the overall system less efficient. It can be compared with the cartridges of inkjet printers, which are fine for occasional private use, but not production. Cartridges simply do not fulfill the needs of professional labs, and require extra care in cleaning.

To keep in line with the open system concept of cara Print 4.0, dima Print materials are sold in simple refill containers.

Want to know more about dima Print materials?

Check out more details here dima Print Materials

The building area (103x58x130mm) has enough space for up to 4 splints or 2 dental models. And the resins can be exchanged in less than one minute by exchanging the complete tray. If you need to add more of your current material, it’s as easy as pouring liquid from a bottle.