01

Diagnostic 3D Imaging & Intraoral Scanners

Eliminating physical plaster casts with micron-level digital surface scans and 3D Cone Beam Computed Tomography (CBCT).

Clinical Problem Addressed:

Traditional impression materials cause discomfort, trigger gag reflexes, and are vulnerable to dimensional distortion during courier transit to dental laboratories.

Digital Solution:

High-speed intraoral optical wands capture 3,000+ images per second, creating true-colour 3D meshes of dental arches within 60 seconds. CBCT adds volumetric anatomical views of bone density, nerve paths, and root morphology with up to 70% lower radiation than hospital CTs.

Key Advantages: Instant digital verification, zero mess, digital archives with no physical degradation over time.

System Specifications

  • Resolution: 20µm optical surface accuracy
  • Scan Duration: 45–90 seconds per arch
  • Format: Open STL, PLY, and DICOM integration
  • Patient Outcome: Eliminates gagging, immediate chairside visual review
02

Computer-Aided Design & Manufacturing (CAD/CAM)

Chairside design software and CNC milling for single-visit restorative dentistry.

Clinical Problem Addressed:

Traditional crowns require multiple appointments, local anaesthetic sessions, and temporary restorations that can break or fall off over two to three weeks.

Digital Solution:

The dentist designs restorations on CAD software with micron-level margins. The design file transmits to a 4-axis or 5-axis chairside ceramic milling machine, producing sintered lithium disilicate or zirconia crowns in 15–20 minutes.

Key Advantages: "One-and-Done" dental visits, reduced chairside hours, precision marginal fit decreasing recurrent decay risk.

System Specifications

  • Materials: Zirconia, Glass Ceramics, Composite Hybrids
  • Milling Duration: 12 to 22 minutes per unit
  • Marginal Gap: < 40 micrometres
  • Patient Outcome: Complete crown delivery in a single 90-minute appointment
03

3D Printing & Additive Manufacturing

Photopolymer additive fabrication of custom surgical guides, models, and aligners.

Clinical Problem Addressed:

Manual dental lab fabrication is labour-intensive, costly for small runs, and prone to human variability when creating complex surgical guides.

Digital Solution:

Stereolithography (SLA) and Digital Light Processing (DLP) 3D printers cure medical-grade liquid resin layer by layer. Implant dentists print patient-specific surgical guides that lock onto the dental arch, ensuring drill angles and depths match the pre-operative 3D plan exactly.

Key Advantages: Flapless, minimally invasive implant surgeries, rapid in-house production of clear aligner series.

System Specifications

  • Technology: High-definition DLP / SLA Resins
  • Layer Thickness: 25 to 50 microns
  • Biocompatibility: Class I & IIa certified dental resins
  • Applications: Surgical drill guides, splints, orthodontic aligners
04

AI-Assisted Diagnostic Analytics

Deep-learning computer vision models acting as a supportive second pair of eyes for dental clinicians.

Clinical Problem Addressed:

Interproximal enamel caries, early periapical lesions, and minor vertical bone loss can be difficult to discern on conventional radiographs due to visual fatigue or visual noise.

Digital Solution:

Convolutional neural networks (CNNs) trained on vast, de-identified radiographic datasets automatically detect anomalies, outline margin borders, and calculate bone loss percentages, presenting highlighted bounding boxes to the dentist.

Important Clinical Note: The AI model does not make diagnostic decisions independently; it functions strictly as a validated decision-support tool under clinician governance.

System Specifications

  • Model Architecture: CNN-based feature segmentation
  • Inference Speed: < 2.5 seconds per Bitewing / OPG
  • Clinical Focus: Caries detection, calculus, periapical pathologies
  • Safety: Human-in-the-loop clinical supervision
05

Tele-Dentistry & Remote Care Network

Encrypted video triage and asynchronous digital consultation portals connecting patients with dental teams.

Clinical Problem Addressed:

Patients often delay dental care due to dental anxiety, geographic distance, mobility issues, or uncertainty about treatment urgency.

Digital Solution:

DigitalDent's tele-dentistry portal enables asynchronous photo uploads and live virtual video triage consultations. Patients receive preliminary clinical guidance, post-operative checkups, and clear aligner progress tracking without travel.

Key Advantages: Triage of dental emergencies, reduced unnecessary travel, greater accessibility for vulnerable demographics.

System Specifications

  • Connection: WebRTC encrypted HD video conferencing
  • Data Security: NHS/GDPR compliant data storage
  • Accessibility: Cross-device (Mobile, Tablet, Desktop)
  • Patient Outcome: Reduced consultation anxiety, clear upfront estimates

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