As digital dentistry continues to replace traditional fabrication methods, splint and nightguard production has become a key area for workflow optimization. Conventional techniques often require multiple adjustments, remakes, and extended chair time—factors that reduce efficiency for both clinicians and dental laboratories.
VeriFIT™ Splint – Thermo-Adaptive introduces a new approach by combining 3D printing precision with thermo-adaptive material science, enabling clinicians to deliver highly accurate, patient-specific appliances with minimal post-processing.
Material Overview and Smart Thermo-Adaptive Technology
VeriFIT Splint is a light-curable, 3D-printable resin engineered for the fabrication of occlusal splints, nightguards, mouthguards, retainers, and repositioners.
What distinguishes this material is its thermo-adaptive behavior. When exposed to approximately 71°C (160°F) water, the printed appliance softens, allowing precise intraoral adaptation. Once cooled, it rapidly returns to a rigid, durable state that maintains its final shape.
This reversible thermal property bridges the gap between digital precision and clinical adjustability, offering a level of customization that traditional rigid resins cannot achieve.
Engineering and Mechanical Performance
From a materials engineering standpoint, VeriFIT Splint is designed to deliver both flexibility and durability, a combination critical for occlusal appliances.
The material exhibits:
Controlled flexibility for patient comfort
Structural integrity to withstand occlusal forces
Stable performance after thermal adaptation
Its ability to maintain shape after cooling ensures that the appliance remains dimensionally stable and clinically reliable over time.
Clinical research on thermo-flexible splints further supports this category of materials, showing comparable patient satisfaction and wear performance to milled splints, reinforcing their viability in modern prosthodontic applications.
Workflow Efficiency and Clinical Advantages
One of the most impactful benefits of VeriFIT Splint is its ability to streamline the entire workflow—from printing to delivery.
The material enables a rapid production cycle, with appliances ready for delivery in approximately 20 minutes after printing and post-processing.
Because of its thermo-adaptive nature, clinicians can achieve chairside customization without remakes or extensive grinding, significantly reducing adjustment time. In many cases, the appliance can be delivered with minimal or no modification—an advantage summarized by the concept: “One Fit. Done.”
Design Parameters and Printing Compatibility
VeriFIT Splint is compatible with DLP, SLA, and LCD 3D printers operating at 385–405 nm wavelengths, allowing seamless integration into most dental lab environments.
For optimal results, recommended design parameters include:
Minimum wall thickness of approximately 1.5 mm
Internal offset of ≥ 0.05 mm for proper seating
Uniform occlusal thickness to ensure durability
These parameters help ensure accurate fit, strength, and predictable performance during both fabrication and clinical use.
Patient-Centered Performance
From a clinical perspective, patient comfort and compliance are critical factors in splint therapy success. VeriFIT Splint is engineered to provide a smooth, flexible, and flavorless appliance, improving overall patient acceptance.
Its adaptive fit reduces pressure points and enhances retention, which is particularly beneficial for bruxism, temporomandibular disorders (TMD), and occlusal stabilization therapy.
Compatible Printers
ASIGA MAX (385/405nm), ASIGA PRO 275 (385nm), ASIGA PRO 4K (385nm), ASIGA ULTRA (385nm), ASIGA MAX 2 (385nm), SHINING3D ACCUFABL4D DENTAL (405nm), PHROZEN SONIC 4K (405nm), PHROZEN SONIC XL 4K (405nm), ELEGOО SATURN 3 ULTRA (405nm), ELEGOО MARS 4 ULTRA (405nm)
A Smarter Alternative to Traditional Splint Fabrication
Traditional splint fabrication methods often involve:
Manual impressions
Thermoforming or milling
Time-consuming adjustments
VeriFIT Splint eliminates many of these inefficiencies by combining additive manufacturing precision with post-print adaptability, resulting in faster turnaround times and improved clinical outcomes.
