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cara® Print LEDcure
cara® Print LEDcure

cara® Print LEDcure

The reliable post-curing unit for 3D printed materials.

Benefits

Good to know

Features

Applications

Specifications

Technical details
Unit size (W x D x H) 250 x 350 x 380 mm (550 mm high with open door)
Unit weight 12.8 kg
Illumination chamber dimensions (W x D x H) 170 x 200 (at base) x 170 mm
Transparent rotating plate diameter 150 mm ∅ (= usable space)
Light source IEC Class I
Illumination source 10 LED modules w/ 5 LEDs with 3 watt each (= 150 Watt LED power)
Program settings
Temperature range 30 – 80°C Note: can be operated with no heating
Time range 1 – 30 minutes
Intensity 10 – 100 % (i.e. 15 – 150 LED illumination intensity)
Warranty
Warranty 1 year warranty for customers worldwide

Contact

  • New

    3D Printing material

    dima® Print C&B temp

    dima® Print C&B temp

    When it comes to temporaries and provisionals, 3D printing saves a significant amount of time and costs when compared to milling. But not only that: it frees up dental mills for higher value jobs that are not possible on a 3D printer (e.g. zirconia).

  • New

    3D Print Material

    dima® Print Digital Denture

    dima® Print Digital Denture

    dima Print Digital Denture helps you create duplicate dentures in a fast, easy process and serve a new market for back-up dentures.

  • 3D Printing

    cara® Print 4.0

    cara® Print 4.0

    A 3D printing process that improves the efficiency and profitability of dental labs. It ranges from indication-specific resins and a 3D printer, to hands-free part washing and light-curing.

  • 3D Printing

    cara® Print Clean

    cara® Print Clean

    cara Print Clean helps dental labs further automate 3D printing workflows, giving them more time for other tasks, while limiting exposure to and consumption of isopropanol.

  • 3D Print Material

    dima® Print Stone beige

    dima® Print Stone beige

    dima Print Stone beige is a 3D resin for 3D printing dental models that have the look, feel and handling properties of traditional gypsum models. Benefit from 3D production, retain the traditional feel.

  • 3D Print Material

    dima® Print Gingiva mask

    dima® Print Gingiva mask

    Resin for 3D printing flexible gingiva masks for dental models. Silicon-free dima Print Gingiva Mask makes it easy to design highly detailed gingiva masks with clearly visible contours and emergence profiles.

  • 3D PRINT MATERIAL

    dima® Print Impression blue

    dima® Print Impression blue

    A 3D printing process that improves the efficiency and profitability of dental labs. It ranges from indication-specific resins and a 3D printer, to hands-free part washing and light-curing.

  • 3D PRINT MATERIAL

    dima® Print Guide

    dima® Print Guide

    A 3D printing process that improves the efficiency and profitability of dental labs. It ranges from indication-specific resins and a 3D printer, to hands-free part washing and light-curing.

  • 3D PRINT MATERIAL

    dima® Print Ortho

    dima® Print Ortho

    A 3D printing process that improves the efficiency and profitability of dental labs. It ranges from indication-specific resins and a 3D printer, to hands-free part washing and light-curing.

  • 3D PRINT MATERIAL

    dima® Print Splint clear

    dima® Print Splint clear

    A 3D printing process that improves the efficiency and profitability of dental labs. It ranges from indication-specific resins and a 3D printer, to hands-free part washing and light-curing.

  • 3D Print Material

    dima® Print Cast ruby

    dima® Print Cast ruby

    3D printing resin for CAD-to-Cast efficiency.

  • cara i500

    cara i500

    The cara i500 intraoral scanner is your attractive entry into the world of digital impression-taking – state-of-the-art technology and functionalities that make your daily routines so much easier.

  • 3D Print Material

    dima® Print Stone teal

    dima® Print Stone teal

    dima Print Stone teal 3D printing resin is perfect for the production of orthodontic appliances: from wire bending to aligners via deep drawing.