DIBS AI
Partnering with Macono
Digital Indrect Bonding
Digital Indrect Bonding
At Macono Orthodontic Lab, we are committed to empowering clinicians with cutting-edge technology that enhances precision, streamlines workflows, and improves patient outcomes. We are proud to announce our official partnership with DIBS AI—the next-generation digital indirect bonding software.
By combining DIBS AI’s advanced 3D placement algorithms with Macono’s trusted digital laboratory manufacturing, we deliver ultra-precise 3D-printed indirect bonding (IDB) trays tailored to your practice.
At Macono Orthodontic Lab, we are committed to empowering clinicians with cutting-edge technology that enhances precision, streamlines workflows, and improves patient outcomes. We are proud to announce our official partnership with DIBS AI—the next-generation digital indirect bonding software.
By combining DIBS AI’s advanced 3D placement algorithms with Macono’s trusted digital laboratory manufacturing, we deliver ultra-precise 3D-printed indirect bonding (IDB) trays tailored to your practice.
Why Integrate DIBS AI into Your Practice?
At Macono Orthodontic Lab, we are continually advancing our digital capabilities to bring your practice the most efficient, accurate, and reliable solutions available. We are excited to announce our official partnership with DIBS AI, bringing cutting-edge digital indirect bonding (IDB) technology directly to your clinical workflow.
By pairing DIBS AI’s intelligent treatment planning platform with Macono’s high-precision 3D printing and digital lab expertise, we make transitioning to digital indirect bonding seamless, accessible, and highly effective.
AI-Driven Precision Placement
DIBS AI utilizes advanced algorithms to calculate optimal bracket positions based on precise tooth morphology. This ensures exceptional clinical accuracy right from the initial setup, reducing the need for mid-treatment wire bends or bracket resets.
Automated CBCT Root Integration
True precision goes beyond the clinical crown. DIBS AI automatically integrates CBCT data to visualize root alignment, giving you complete confidence that bracket placement aligns with the underlying root structure.
Predictive Occlusal Outcomes
Simulate final tooth movement and occlusion prior to bonding. Visualizing the final result in 3D allows for proactive decision-making and more predictable treatment trajectories.
Open System: All Brackets Welcome
You keep complete clinical control over your treatment choices. The system supports an extensive digital library featuring all major bracket brands, styles, and prescriptions—no proprietary bracket restrictions required.
Fast Turnaround & Local Support
Digital speed meets local reliability. With instant digital file transfer and Macono's streamlined fabrication process, your custom transfer trays are printed, quality-checked, and delivered promptly.
Accessible, Cost-Effective Pricing
Advanced AI technology shouldn't come with a prohibitive price tag. Our streamlined digital partnership allows us to offer custom IDB tray fabrication at competitive rates, making indirect bonding a viable standard for every patient.
At Macono Orthodontic Lab, we are continually advancing our digital capabilities to bring your practice the most efficient, accurate, and reliable solutions available. We are excited to announce our official partnership with DIBS AI, bringing cutting-edge digital indirect bonding (IDB) technology directly to your clinical workflow.
By pairing DIBS AI’s intelligent treatment planning platform with Macono’s high-precision 3D printing and digital lab expertise, we make transitioning to digital indirect bonding seamless, accessible, and highly effective.
AI-Driven Precision Placement
DIBS AI utilizes advanced algorithms to calculate optimal bracket positions based on precise tooth morphology. This ensures exceptional clinical accuracy right from the initial setup, reducing the need for mid-treatment wire bends or bracket resets.
Automated CBCT Root Integration
True precision goes beyond the clinical crown. DIBS AI automatically integrates CBCT data to visualize root alignment, giving you complete confidence that bracket placement aligns with the underlying root structure.
Predictive Occlusal Outcomes
Simulate final tooth movement and occlusion prior to bonding. Visualizing the final result in 3D allows for proactive decision-making and more predictable treatment trajectories.
Open System: All Brackets Welcome
You keep complete clinical control over your treatment choices. The system supports an extensive digital library featuring all major bracket brands, styles, and prescriptions—no proprietary bracket restrictions required.
Fast Turnaround & Local Support
Digital speed meets local reliability. With instant digital file transfer and Macono's streamlined fabrication process, your custom transfer trays are printed, quality-checked, and delivered promptly.
Accessible, Cost-Effective Pricing
Advanced AI technology shouldn't come with a prohibitive price tag. Our streamlined digital partnership allows us to offer custom IDB tray fabrication at competitive rates, making indirect bonding a viable standard for every patient.
Ready to upgrade your bonding workflow? Partner with Macono and experience how DIBS AI can save chair time, improve placement accuracy, and elevate patient care. Contact our lab team today to get started.
Digital Indirect Bonding
Digital Indirect Bonding
Ready to upgrade your bonding workflow? Partner with Macono and experience how DIBS AI can save chair time, improve placement accuracy, and elevate patient care. Contact our lab team today to get started.
Partner with Us
Ready to Take Orthodontic
to the Next Level?
Speak with our expert team and discover how advanced lab solutions can enhance your workflow, precision, and patient outcomes. Let’s shape the future of orthodontics—together.
Partner with Us
Ready to Take Orthodontic
to the Next Level?
Speak with our expert team and discover how advanced lab solutions can enhance your workflow, precision, and patient outcomes. Let’s shape the future of orthodontics—together.