Elevate Your 3D Printing Workflow with Precision and Efficiency
Asiga's Cure units are a game-changer for dental labs of every size. With precision and efficiency, they streamline post- processing, saving time, labor and effort. These units enhance material properties, ensuring durable prints for crowns, bridges, nightguards, dentures and other restorations.
Asiga's innovation, including dual-curing modes and auto-calibration, sets it apart from other curing units on the market.
Save Time and Automate Post-Processing
- Hands-Free Operation – Reduce manual work and improve efficiency.
- Wave-Activated Lid – Open the unit without touching it—clean and convenient.
- Smart Controls – Adjust dose, time, temperature, vacuum pressure, and gas input.
Stronger, More Durable Prints
- Vacuum Curing Technology – Eliminates sticky surfaces for perfect polymerization.
- Infrared Heating (Up to 80°C) – Strengthens prints for better performance.
- Dual-Curing Modes – Customizable settings for any material.
- Inert Gas Compatibility – Supports external gas for precise curing conditions.
Universal Compatibility for Any Resin
- Built-In Material Library – Use pre-loaded settings or create your own.
- Custom Curing Profiles – Save and fine-tune parameters for repeatable results.
- Acceleration Port – Connect an external vacuum pump for rapid vacuum pull-down in high-volume workflows.
Optimized for fast, even curing
- Vacuum-Assisted Polymerization – Eliminates oxygen inhibition for perfect curing.
- Infrared Heating – Speeds up curing and strengthens material properties.
- Smart Interface – Fully adjustable time, dose, and temperature controls.
- Resin Compatibility – Works with all leading 3D printing resins.
Technical Specifications:
- Chamber Size: 132 x 188 x 59mm (5.19 x 7.40 x 2.32")
- System Size: 360 x 330 x 240mm (14.17 x 13 x 9.44")
- Weight: 7kg
- Power Requirements: 100-240V AC, 50-60Hz, 2.8A Max
- Connectivity: Ethernet, WiFi
Asiga Cure Unit
A simple definition of CAD/CAM dentistry is the use of digital software to design and manufacture dental restorations and prostheses. CAD stands for computer-aided design and CAM stands for computer-aided manufacturing. The technology can be used to create crowns, dentures, inlays, onlays, bridges and veneers among other things. The speed of the CAD/CAM process allows for dental prosthetics to be designed, manufactured and delivered to the patient in quick time, sometimes the same day. The wider system of using computer assisted technologies to produce restorations is known as CEREC (Chairside Economical Restoration of Aesthetic Ceramics).
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