Shining 3D FabCure N2

SHINING 3D FabCure N2

Precision Post-Curing | Oxygen-Free Technology | Enhanced Material Performance

The FabCure N2 from SHINING 3D is a next-generation post-curing unit designed to maximize the performance of your 3D-printed dental parts. By combining a 365nm UV light source with a fully automated nitrogen environment, it ensures optimal curing results—enhancing mechanical strength, accuracy, and esthetics for a wide range of dental applications.

Key Features & Benefits:

• Enhanced Mechanical Strength
  Cures parts with a focused 365nm UV wavelength, increasing hardness and durability for long-lasting dental appliances.

• Oxygen-Free Curing Chamber
  Uses a built-in nitrogen system to eliminate oxygen exposure, preventing sticky surfaces and ensuring a smooth, tack-free finish.

• Precise Thermal Regulation
  Maintains consistent temperatures throughout the curing cycle to prevent warping or deformation, even in delicate parts.

• Streamlined User Experience
  Equipped with an intuitive control panel for simple, efficient operation—ideal for busy dental labs and clinics.

• Versatile Dental Applications
  Perfect for post-processing clear aligners, surgical guides, crowns, dentures, night guards, and full arch prosthetics.

Technical Specifications:

• Dimensions (L x W x H): 346 × 307 × 308 mm

• Shipping Dimensions: 460 × 420 × 450 mm

• Weight: 15.5 kg

• UV Light Wavelength: 365–385 nm

• Turntable Diameter: 150 mm

• Max Curing Height: 72 mm

• Power Supply: AC 100–240V; 7.3A; 50/60 Hz

Why Choose FabCure N2?

With its advanced curing precision, oxygen-free chamber, and user-friendly interface, the FabCure N2 delivers the ultimate in post-processing performance. Designed for dental professionals who demand efficiency and excellence, it’s a must-have for any modern digital dentistry workflow.

Unlock flawless curing, superior finishes, and reliable results—choose the SHINING 3D FabCure N2.

Streamlined User Experience

Precise Thermal Regulation

Oxygen-Free Curing Chamber

Enhanced Mechanical Strength

Smart Material Library