SHINING 3D Dental FabCure 2
The FabCure 2 is a professional post-curing unit designed to help dental
3D printed parts achieve their optimum mechanical properties, dimensional
accuracy and material performance.
Recommended as the standard curing solution for SHINING 3D dental printers,
it combines precise heat, powerful multi-directional UV light and automated
curing programmes to deliver consistent and repeatable results.
Consistent, Automated Post-Curing
Each curing profile is carefully configured to suit the selected resin,
helping ensure printed parts are processed under the correct light and
temperature conditions. Built-in curing programmes simplify operation,
reduce manual setup and support a more efficient dental workflow.
Key Features
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Uniform curing quality:
Engineered light distribution provides consistent exposure across the
entire surface of the printed part.
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30 multi-directional UV LEDs:
Powerful LEDs positioned around the chamber deliver light from the sides
and bottom for thorough curing.
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70 W LED power:
High-powered UV light supports fast and efficient curing cycles.
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Rapid chamber heating:
A ceramic heating module quickly brings the chamber up to 60°C.
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Large curing volume:
A curing area of up to 210 mm in diameter and 180 mm in height supports a
wide range of dental appliances.
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Smart material library:
Cloud-based curing profiles remain up to date through Wi-Fi connectivity.
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Custom curing programmes:
Users can adjust curing time and temperature for compatible third-party
or specialist materials.
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Simple OLED controls:
An integrated control knob and OLED screen provide clear, intuitive
operation.
High-Power Multi-Surface Light Curing
The FabCure 2 uses 30 multi-directional UV LEDs to expose printed parts from
multiple angles. Light is delivered from the sides and bottom of the chamber,
helping penetrate the surface evenly and reduce areas of incomplete curing.
With a total LED power of 70 W and a wavelength range of 385 to 405 nm, the
system can process a wide range of dental resin materials efficiently.
Precise Temperature Control
The integrated ceramic heating module uses multiple temperature sensors to
heat the curing chamber quickly and maintain a controlled temperature of up
to 60°C.
Combining heat and UV exposure helps printed materials reach their intended
mechanical and flexural properties while supporting accurate, repeatable
results.
Large Curing Capacity
With a curing volume of 210 mm in diameter and 180 mm in height, the FabCure
2 can accommodate a broad range of dental parts and appliances, including
models, surgical guides, splints, dentures and restorative applications.
Smart Material Library
The FabCure 2 connects to a cloud-based material library through Wi-Fi,
allowing the latest curing profiles, firmware and configurations to be
installed over the air.
This helps keep the system aligned with the latest SHINING 3D Dental resin
recommendations while reducing the need to configure curing programmes
manually.
Flexible Material Compatibility
In addition to optimised profiles for SHINING 3D Dental materials, the
FabCure 2 supports third-party resins and custom curing parameters.
Users can create custom settings for curing time and temperature, making
the unit suitable for laboratories and clinics working with a wider range
of compatible materials.
Technical Specifications
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Dimensions
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290 × 290 × 367.5 mm
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Weight
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10.5 kg
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Curing Volume
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210 mm diameter × 180 mm height
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Operating Temperature
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10 to 30°C
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Maximum Curing Temperature
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60°C
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Light Source
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UV LED
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Wavelength
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385 to 405 nm
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LED Power
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70 W
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Power Supply
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AC 100 to 240 V, 150 W
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Connectivity
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Wi-Fi
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User Interface
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OLED screen with integrated control knob
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Why Choose the FabCure 2?
The FabCure 2 provides a reliable and automated way to complete the dental
3D printing process. Its combination of controlled heating, powerful
multi-directional UV light and material-specific curing profiles helps
improve consistency while reducing manual post-processing.
It is an ideal addition for dental clinics and laboratories looking to
achieve repeatable curing results across a wide range of printed
applications.