FotoDent® tray 385/405 nm
Individual trays

Biocompatible, light-curing resin for the production of individual impression trays. High reactivity, low viscosity. The printed trays show a smooth surface, manual finishing is considerably reduced. For obligatory post curing of FotoDent® trays, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent® guide 385 nm / FotoDent® guide 405 nm
Dental drill guides

Developed for your wavelength: Light-curing resins for the production of dental drill guides. Drill guides made from FotoDent® guide are dimensionally stable and biocompatible. For obligatory post curing of FotoDent® guide, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent® IBT 385 nm
Indirect bonding trays

Light-curing resin for the manufacturing of transparent indirect bonding trays. Monitoring of correct bracket positions is possible at any time – before and after fixing. Simple removing due to optimal flexibility. Usable with all common bracket systems. For obligatory post curing of FotoDent® IBTs, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent® denture 385 nm
Denture bases

Light-curing resin for the production of denture bases. The use of this resin enables most accurate results with excellent dimensional stability. FotoDent® denture is colour stable and does not contain any methyl methacrylate. For obligatory post curing of FotoDent® denture bases, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent® cast 385/405 nm
Castable moldings

Light-curing resin for the production of forming parts for dental casts, burns without residue. The material is compatible with all commercially available investment materials. For obligatory post curing of FotoDent® casts, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent® gingiva 385 nm
Dental gingiva masks

Light curing resin for the production of gingiva masks. Durably soft-remaining and flexible. The material can perfectly be combined with the working models. For obligatory post curing of FotoDent® gingiva, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent® model 385/405 nm
Dental working models

Light-curing resin for the production of dental working models for orthodontics and prosthetics. Highly form- and break-stable, abrasion-, moisture-, and light-resistant. For obligatory post curing of FotoDent® models, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent^® model2 385 nm
Dental working models

Especially developed for new generations of printers with 385 nm: Light-curing resin for the manufacturing of dental models for orthodontics and prothetics. Faster printing process because of higher output with accustomed precision. For obligatory post curing of FotoDent® model2 model built parts, the high performance light curing unit PCU LED N₂ is recommended – for parts without any inhibition layer.

FotoDent^® biobased model 385 nm

FotoDent^® biobased model is a light-curing resin that consists of 50 percent renewable raw materials. The material properties are of course ideal for model production (also in Aligner workflow). For obligatory post curing of FotoDent^® biobased models, the high performance light curing unit PCU LED N₂ is recommended, which is optimal balanced to the manufacturing process.

FotoDent^® model2 385 nm
Dental working models

Especially developed for new generations of printers with 385 nm: Light-curing resin for the manufacturing of dental models for orthodontics and prothetics. Faster printing process because of higher output with accustomed precision. For obligatory post curing of FotoDent® model2 model built parts, the high performance light curing unit PCU LED N₂ is recommended – for parts without any inhibition layer.

FotoDent® insulant
Biobased insulating material for 3D printed resin models in autopolymer processing

Optimum insulation between resin dental model and resin plate for the scattering process in the orthodontic field. Also suitable for the fabrication of dentures, e.g. from Castdon.

PCU LED N₂
Pioneering technology

The post-curing of additive manufactured components is a fundamental step! This is the only way mechanics and biocompatibility can be achieved. Depending on the application, two different options are available. PCU LED N₂ polymerizes laboratory products under vacuum. The additionally eligible nitrogen environment provides cured components without an inhibition layer for medical products.

• open system with 10 freely programmable memory locations
• simple operating concept with electronic control
• logging and monitoring of process parameters
• different curing environments

PCU 90
Professional post-curing unit for high volume production

The PCU 90 is a professional light polymerization unit for the curing of 3D printed parts with industrial standard. The metal halogen lights and the fine tuning of the wavelengths make the PCU 90 extremely suitable for the curing of light curing resins. Only qualified for select materials at this time. Please contact Carbon to learn more about which resins are compatible with this high volume unit.

PCU vario
An innnovation in 3D curing

LED-based laboratory device for curing 3D printed components. Ensuring mechanics and biocompatibility through effective deep curing. The PCU vario offers both the option of a vacuum atmosphere as well as the option of curing under nitrogen. Biocompatible curing without inhibition layer can be achieved.

•     Modular design with up to 3 polymerization chambers and only one control module
•     Open system with 30 freely programmable memory locations
•     Logging and monitoring of process parameters
•     Nitrogen and vacuum atmosphere possible