RAYSCAN Alpha (α) 3D Dental CBCT Machine

Flexible Field of View (FOV)

• 10×10 FOV covers full dentition, single TMJ, sinus, and 3rd molars.
• 5×9 FOV dedicated to Endo cases at 100μm voxel
• Pre-set FOVs for implants, orthodontics, TMJ, and sinus procedures.
• Jaw-Fast Mode scans in just 5.8 seconds with ultra-low radiation — ideal for pediatric and follow-ups.

High-Resolution Imaging

• Scan in 100 μm (HD) and 160 μm (SD) voxels for intricate detail.
• Critical for endodontics, supernumeraries, and complex impactions.
• Clear visibility of mandibular nerve, sinus artery, and ostium.

Rapid Image Reconstruction

• Full HD scan reconstructed under 20 seconds.
• Fast mode reconstructed in 2 seconds, saving chair time and increasing throughput.

Wireless Remote Control

• Adjust machine height, beams, and laser settings remotely.
• Improves patient positioning and operator ergonomics.

Optional Cephalometric Imaging

• Scan Ceph or One-Shot Ceph (Standard & Large)
• One-shot captures in 0.8 seconds, reducing motion blur and dose.

Crystal-Clear Panoramic Images

• AMF (Adaptive Moving Focus) selects best image layer automatically.
• Enhanced clarity in bone, periodontal health, and lesion detection.

Impression Scan Mode

• Scan physical impressions and models to generate STL files.
• Perfect for CAD/CAM workflows and digital labs.

RAYGuard IoT Monitoring

• 24/7 smart monitoring of CBCT health and usage.
• Predictive maintenance and minimal downtime.

Powerful Ondemand 3D Imaging Software

• Analysis Report: For imaging centers, dental clinics, dental labs, and educational institutions, You can highlight the patient’s diagnosis and treatment, and create a customized report.
• Planning Implant Placement: Through OnDemand3D, you can analyze the patient’s oral cavity in detail, place the implant in the right location, and perform a virtual operation.
• Airway Measurement: With just a few clicks, anyone in the dental field can easily and accurately measure airway volume.
• Comparative Analysis: The OnDemand3D Fusion module visually shows the patient’s condition before and after surgery by superimposing two sets of dicom data, and sophisticated measurements can be performed through multiple options.