IVue 80


Abstract

The iVue 80 is positioned as a high-speed, portable OCT system that provides comprehensive retinal, optic nerve, and anterior segment imaging capabilities for clinical diagnosis and monitoring of various eye conditions.RéessayerA

Core Technical Specifications

Scanner Performance:

  • 80,000 A-scans per second (80 kHz) - 3x faster than the original iVue OCT

  • Depth Resolution (in tissue): 5.0 μm

  • Transverse Resolution: 15 μm (retina)

  • Scan Beam Wavelength: 840nm (±10nm)

Scan Range & Imaging:

  • Depth: 2 - 2.3mm (retina)

  • OCT Fundus FOV: 12mm(H) x 9mm(V) (H) 21° x (V) 21°

  • Minimum Pupil Diameter: 2mm

  • External Image (Live IR) FOV: 13mm x 9mm

Physical Specifications

Dimensions & Weight:

  • Dimensions (inches): (W) 19.1 x (L) 34.4 x (H) 26.3-34.3

  • Weight: 42.94 pounds

Computer & System Requirements

Operating System & Processing:

  • Operating System: Windows 10 - 64 bit

  • Processor Speed: 3.0 GHz; Intel Quad Core (desktop); Core 2 (laptop)

  • Computer RAM: 4 GB or higher

  • Monitor Resolution: 1920 x 1080 at 32-bit

  • Network Bandwidth: 1 Gbps or higher

  • DICOM compatible

Clinical Capabilities

Real-time Imaging:

  • Real-time en-face imaging displays a 12x9mm view of the retina during acquisition

Scan Types & Analysis:

  • 3D Retina Cube: 7x7mm cube scan provides visualization of 201 raster lines

  • Radial Line: Six 12mm radial lines provide multiple views of the retina

  • Retina Map: Visualize a 9x5mm area with ETDRS reference database comparison

  • Glaucoma 3D Disc Cube: 6x6mm cube scan with 201 raster lines

Specialized Features:

  • Ganglion Cell Complex (GCC) Analysis with exclusive Focal Loss Volume metric (FLV%)

  • Nerve Fiber Layer Analysis with visualization and quantification of RNFL thinning

  • iWellness Exam protocol for comprehensive eye health assessment

  • Anterior segment capabilities including Angle Scan for non-contact angle assessment

This represents a high-speed, portable SD-OCT system with comprehensive retinal, optic nerve, and anterior segment imaging capabilities designed for clinical efficiency and diagnostic precision.