The evolution of digital dentistry has fundamentally transformed how dental laboratories and clinics approach restorative workflows. From intraoral scanning to CAD/CAM design and additive manufacturing, every stage demands materials that deliver precision, reliability, and consistency. Among these materials, burnout resins play a critical role in ensuring successful casting outcomes.
AxioPrint Burn Out emerges as a specialized 3D printing resin engineered specifically for dental casting applications—bridging the gap between digital design and traditional casting techniques with exceptional accuracy and clean burnout behavior.
Material Composition and Polymerization Behavior
At its core, AxioPrint Burn Out utilizes (meth)acrylic-based photopolymer systems combined with photoinitiators and pigments, optimized for light-curing additive manufacturing technologies.
This wavelength compatibility is particularly important for dental labs using mixed printer ecosystems, ensuring predictable curing kinetics and layer adhesion across platforms.
From a mechanical standpoint, the inclusion of inorganic fillers enhances:
Flexural strength
Compressive resistance
Dimensional stability during handling
These properties are crucial when fabricating thin copings or intricate framework geometries that must withstand post-processing and investment procedures without distortion.
Understanding Burnout Resins in Dental Workflows
Burnout resins are essential in indirect restorative procedures, particularly for producing castable patterns used in crowns, bridges, removable partial denture (RPD) frameworks, and implant-supported structures. These printed patterns are invested and subjected to thermal burnout, where the resin must vaporize completely without leaving residue.
Incomplete burnout or ash residue can compromise marginal fit, surface integrity, and ultimately, clinical success. This is where material science becomes critical.
Accuracy and Marginal Integrity in Crown & Bridge Fabrication
In crown and bridge workflows, even micron-level inaccuracies can lead to seating issues, marginal gaps, or occlusal discrepancies. AxioPrint Burn Out is engineered to deliver high-resolution prints with excellent dimensional fidelity, ensuring that the printed pattern translates precisely into the final cast restoration.
This results in:
Reduced chairside adjustments
Improved marginal adaptation
Enhanced patient outcomes
Integration into the Digital Dental Workflow
Modern dental laboratories operate within highly digitized environments. AxioPrint Burn Out integrates seamlessly into workflows that include:
- Intraoral or lab scanning
- CAD design of restorations/frameworks
- 3D printing of burnout patterns
- Investment and casting
- Finishing and delivery
Because of its predictable print behavior and reproducibility, the material supports batch production and scalable lab operations—critical for high-throughput environments.
Why AxioPrint Burn Out Stands Out in Dental Labs
Dental professionals require materials that reduce variability and improve efficiency without compromising quality. AxioPrint Burn Out delivers on both fronts through its material science and clinical reliability.
Its ability to maintain accuracy from print to cast, combined with clean burnout and compatibility across major printer types, positions it as a dependable solution for both small labs and large-scale production facilities.
Compatible Printers
Asiga Max UV 385, Uniformation GK TWO, PIOCREAT C02, Anycubic Photon Ultra, Anycubic Photon X, Elegoo Mars 4 Ultra, Elegoo Saturn 8K Ultra, Phrozen Sonic Mini 8K, Phrozen Sonic Mini 4K, Elegoo Saturn 2, Anycubic Photon Mon 4K, Anycubic Photon Mono SE, Anycubic Photon Mono SE
Why Choose AxioPrint Burn Out?
AxioPrint Burn Out is not just another resin—it is a workflow solution. Its clean burnout ensures defect-free casting, while its high accuracy reduces adjustments and remakes, directly impacting productivity and profitability. The broad printer compatibility (LCD, DLP, SLA) allows seamless integration into existing lab setups without additional investment. Furthermore, its mechanical strength and dimensional stability ensure reliable handling during post-processing and investing stages.
For dental labs and clinicians committed to digital excellence, AxioPrint Burn Out represents a precision-driven, cost-efficient, and clinically reliable material that enhances every stage of the restorative workflow.
