Setting a new standard of curing with the Asiga Cure.
By Matthias Zimmerer, Founder of the Asiga Dental Experts FB Group
The Asiga Cure is a scientifically validated light-curing unit developed to meet the increasing demand for precision and reproducibility in dental 3D printing. Designed with dose-controlled UV curing, a vacuum chamber, IR heating up to 80 °C, and optional inert gas integration (such as nitrogen), the system provides a comprehensive solution for post-curing workflows. Available in two chamber sizes (1.5 L and 2.5 L), the Cure combines innovative features such as touchless lid operation, customizable protocols, and network connectivity through Wi-Fi or Ethernet. Its primary goal is to ensure reproducible, validated results for biocompatible dental materials while minimizing the oxygen inhibition layer and improving surface quality.
What sets the Asiga Cure apart are its intelligent features and workflow efficiencies. The built-in radiometer array measures the actual light dose delivered to the chamber and automatically adjusts curing parameters based on chamber load and geometry. This dose-based approach eliminates variability and ensures consistency across different applications. The system’s vacuum curing function further enhances material performance by reducing oxygen inhibition, while nitrogen can be introduced when resin-specific workflows require it. Combined with IR heating of up to 80 °C, the Cure enables optimized post-curing kinetics, improved mechanical strength, and enhanced thermal performance. Touchless operation, rapid evacuation ports, validated presets, and the ability to define custom protocols all contribute to greater efficiency and convenience in the dental lab or clinic.
Comparative Analysis
In competitive benchmarking, the Asiga Cure stands out against other systems such as the Formlabs Form Cure, Otoflash G171, NextDent LC-3DPrint Box, Ackuretta CURIE Plus, and Dentalfarm PHOTOPOL. While some alternatives offer faster curing times or ecosystem integration, none combine dose-controlled curing, vacuum-first oxygen management, and high-level IR heating into one reproducible workflow. The Cure’s scalability across both chamber sizes makes it suitable for labs of all sizes, though its initial cost is higher than simpler UV curing boxes. However, its advanced features significantly reduce rework, failed prints, and nitrogen consumption, which improves long-term return on investment.
The advantages of the Asiga Cure are especially visible in common dental use cases. For splints, the system’s vacuum and nitrogen workflow helps achieve high optical quality and surface hardness. For denture bases and long-term provisionals, IR heating and precise dose curing reduce residual monomers and enhance mechanical strength and shade stability. Surgical guides benefit from the system’s ability to maintain dimensional accuracy while avoiding brittleness, and models can be cured quickly and cost-effectively with vacuum curing alone. By minimizing oxygen inhibition and improving reproducibility, the Cure supports validated lab SOPs while enabling consistent, high-quality results across a wide range of dental applications.
Beyond technical advantages, the system also provides measurable cost savings. Traditional continuous nitrogen purging consumes significant gas over thousands of cycles, leading to higher annual expenses. In contrast, the Cure’s vacuum-first approach reduces nitrogen demand by up to 80%, saving labs hundreds of euros annually and thousands over the system’s lifetime. This, combined with fewer reprints and failed cures, contributes to a stronger financial case for adoption.
Firsthand experiences reinforce the Cure’s benefits. When integrated alongside printers such as the Asiga MAX UV and Ultra50, our lab reported noticeable improvements in consistency and surface quality. Transparent splints cured under vacuum displayed fewer frosty spots, while long-term provisionals benefited from nitrogen-assisted curing as required by resin manufacturers. Workflow efficiency was also enhanced: the touchless lid and pre-set recipes allowed technicians to load, press a single button, and walk away with confidence. Maintenance requirements were minimal, limited to basic vacuum pump upkeep, and nitrogen consumption dropped dramatically compared to older curing boxes.
“The Asiga Cure delivers the most reproducible curing results I’ve had so far. “
Matthias Zimmerer, Dental Technician
Ultimately, the Asiga Cure is less of a simple curing box and more of a controlled post-processing station. For labs and clinics working with biocompatible materials such as splints, dentures, provisionals, and surgical guides, it delivers unmatched reproducibility, validated curing protocols, and significant cost efficiencies. While it may require a higher upfront investment and some initial staff training, the long-term payoff in terms of reliability, workflow optimization, and improved patient outcomes makes the Asiga Cure a valuable addition to modern dental 3D printing workflows.
About the Author
Matthias Zimmerer is a highly experienced dental professional whose career spans extensive work as a Dental Technician (Zahntechniker), culminating in a transition to specialized CAD/CAM engineering. Born in 1974 , he built his early foundation through numerous dental lab roles, beginning with his parental business in 1994 and continuing through several practices until 2020. Demonstrating a commitment to excellence, Matthias completed all four parts of his Master Examination (Meisterprüfung) between 2000 and 2004, specializing in Prothetics and KFO (Orthodontics). He has also pursued specialized knowledge, completing curricula in implant prosthetics (DGOI) and CMD. Since 2021, he has shifted focus to the technological side of dentistry, working as an Application Engineer at Schütz-Dental GmbH and is slated to become a CAD/CAM Success Engineer at Bite-Finder AG in October 2025. A crucial part of his technical expertise is his repeated certification as an Exocad Trainer. Outside of his professional life, his interests include photography, video editing, and 3D printing/construction using FDM and DLP printers, along with Autodesk Fusion.
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