July 10, 2017
by Kulzer GmbH
Kulzer announced today that it is launching cara Print 4.0, a 3D printer capable of printing a wide and expanding range of dental appliances for dental
laboratories. The printer rounds out a comprehensive line of digital workflow solutions offered under the cara brand.
cara Print 4.0 is designed to meet the needs of dental technicians for a faster, more economical method of producing polymer-based dental appliances in-house. Not only does it provide a costeffective alternative to milling for certain indications, it is priced more competitively than other 3D printers on the market while still meeting all accuracy requirements.
“The Digital Light Projection (DLP) technology makes cara Print 4.0 quicker, more economical and more accurate than laser light technology, and in fact it’s even faster than most other DLP systems,” says Jeremy Thomas, President, USA & Canada and Head of the Americas Region at Kulzer. “While many 3D printers are marketed to dental professionals, they weren’t built with the dental professional in mind. It was important that cara Print 4.0 be designed specifically for dental professionals, and that it be supported by Kulzer’s dental experts.”
In addition to processing most restorations within one hour, cara Print 4.0 results in smoother, more homogeneous surfaces than competing 3D printers, while the long-lasting material tray remains transparent and stable as long as it is not mechanically damaged. To generate further cost savings, the cara Print 4.0 relies on a simple refill system rather than a cartridge system.
This combination of advanced features helps dental laboratories improve productivity on a sustained basis.
Key benefits of cara Print 4.0:
Part of a comprehensive, open system
The cara system for 3D printing is an open system that works with open .stl files commonly used by CAD programs, such as 3Shape. Laboratory technicians are encouraged to use cara Print 4.0 together with Kulzer’s own dima Print materials and to then post-cure in the HiLite® Power 3D. Doing so ensures the highest quality results and guaranteed clinical performance.
Support for lasting success
Kulzer operates as a long-term partner with its laboratory customers, offering comprehensive service and support to ensure its customers are always fully operational. Qualified experts are available for support before, during and after the procurement process.
The cara Print workflow is easy to learn not only for specialized technicians with CAD experience, but for newcomers to this technology. Users will benefit from full support and training programs geared to their specific experience level and needs.
Applications / indications:
Perfectly tailored for use with cara Print 4.0, the dima Print brand offers light-curing monomers for printing splints/night guards, individualized impression trays, surgical drilling guides, and
casts (CAD to Cast). Additional materials are expected to be available in the future for the production of temporary and permanent prosthetic restorations as well as denture prototypes and dental models.
For more information about Kulzer and the cara digital workflow:
About Kulzer GmbH
Kulzer GmbH is one of the world’s leading dental companies with its headquarters in Hanau, Germany. As a trusted partner, the company supplies dentists and dental technicians with an extensive product range, covering cosmetic dentistry, tooth preservation, prosthetics, periodontology and digital dentistry. More than 1,400 employees at 26 locations worldwide are driven by their expertise and passion for the dental market and embody what the name Kulzer stands for: service, quality and innovation.
Kulzer, which changed its name from Heraeus Kulzer as of July 1, 2017, has been part of the Japanese Mitsui Chemicals Group since July 2013. Mitsui Chemicals, Inc. (MCI) is based in Tokyo, and has 131 affiliates with more than 13,400 employees in 27 countries worldwide. Its innovative, practical chemical products are as much in demand in the automotive, electronics and packaging industries as they are in other fields such as environmental protection and healthcare.
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