BioScan-i600A Inverted Smart Slide Scanning System with AI

$USD 7,792.00

  • The first smart inverted slide scanning system in the world
  • Scans up to 4 standard (25x75mm / 1x3in) or 2 double size (50x75mm /2x3in) glass slides
  • Two objective lenses included from 2x to 100x
  • Optional obj lenses of 2x, 4x, 10x, 20x, 40x, 60x, 100(oil)
  • Various camera option from 2MP to 32MP

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Smart Simple and Cost Effective Slide Scanning System with AI

Our BioScan-i600A is the first inverted slide scanning system which is smart and simple to use. An inverted slide scanning system is a setup designed for digitizing pathology, histology, hematology, mineralogy or geology slides into digital format. It typically involves an inverted microscopy system with multiple objective lenses and automated XYZ that allows you to capture high-resolution images of the slides and save them as digital files.

Here’s a general overview of how this inverted slide scanning system works:

  1. Slide Holder: The system usually includes a slide holder or tray that securely holds the slides in place during the scanning process. The holder is designed to accommodate multiple slides simultaneously. You can have a combination of  standard 25x75mm or 1x3in glass slides. Normally it takes up to four 25x75mm or two 50x75mm. A combination of these two and custom slide holder is also available.
  2. Inverted vs Upright: The system allows putting the slides on a large stage in an inverted position, i.e. a coverslip facing down rather than up. Objective lenses are from the bottom of the stage allowing a plenty of space for micro-manipulation, micro-injection and automation of slide feeding.
  3. Imaging modes: the default imaging mode is brightfield. You can easily upgrade it to phase contrast, 3d contrast module, polarization and epi-fluorescence (that requires configuring during the order not later).
  4. Camera: The system is offered with several types of cameras, from 2MP to 32MP.
  5. Digital Conversion: all standard types of the image are offered: .jpg, .tiff, .bmp, etc.
  6. Software: scanning can be done quickly and you have option to let the SW do only scanning or scanning and stitching together. More features of the SW is coming up.

BioScan-i600A Inverted Smart Slide Scanning System

1. BioScan-i600A Inverted Biological Microscope

Model   BioScan i610 i620
Optical System NIS Infinite Optical System (F200)
Observation Method


  • Brightfield
  • Phase Contrast
  • Hoffman Phase Contrast
  • Emboss Contrast
  • Epi Fluorescence

Illumination Transmitted Illumination 3W S-LED
3W S-LED Kohler Illumination
Episcopic Illumination
  • LED Illuminator
  • Built-in Fly-eye Lens
  • Configure up to 3 channels
  • LED Units
  • Available Wavelengths: 365, 405, 485, 525nm
Viewing Head


Seidentopf Viewing Head, Inclined at 45°, Interpupillary 48-75mm; Additional Camera Port, Eyepiece /Port 100/0 ∶ 0/100


Magnification (FOV)
  • SW10x (22)
  • WF15x (16)
  • WF20x (12)



Coaxial Coarse and Fine Adjustment, the Function of Coarse Tightness Adjustment, Fine Division 1 um, Fine Stroke 0.2mm per Rotation, Coarse Stroke 37.5mm per Rotation. Up 7mm, Down 1.5mm.


Quintuple Nosepiece

Coded Quintuple Nosepiece


LCD Screen Function Display Magnification, Sleep time, Brightness Indication, Lock mode, etc. x
Condenser Condenser NA 0.3, WD 75mm, without Condenser WD 187mm
Stage Stage: 170(X)× 250(Y)mm

Attachable Mechanical Stage: 128(X)× 80(Y), Accepts 5 Types of Microtest plate, well Clamper and Stage Clip.

Holder for glass slide
  • One 25x75mm /1×3 in glass slide
  • Two 25x75mm /1×3 in glass slide
  • Four 25x75mm /1×3 in glass slide
  • One 50x75mm /2×3 in glass slide
  • Two 50x75mm /2×3 in glass slide
  • One 25x75mm /1×3 in , One 50x75mm /2×3 in
  • Two 25x75mm /1×3 in , One 50x75mm /2×3 in

Phase System Condenser with 4x Phase Annulus Plate 10x, 20x, 40x Universal Phase Annulus Plat
Hoffman Phase 10x, 20x, 40x Hoffman Condenser, Special Objective
LWD Infinity Plan
Phase Contrast
4x/0.10, W.D.30.0mm

10x/0.25, W.D.10.2mm

20x/0.40, W.D.12.0mm

40x/0.60, W.D.2.20mm

Relief 3D Contrast Condenser and Eyepiece with Emboss Contrast 10x, 20x, 40x, Universal Emboss Contrast Slide
LWD Infinity Plan
4x/0.13, W.D.17.0mm, Cover Glass –

10x/0.30, W.D.7.4mm, Cover Glass1.2mm

20x/0.45, W.D.8.0mm, Cover Glass1.2mm

40x/0.60, W.D.3.3mm, Cover Glass1.2mm

Epi-Fluorescence Attachment Epi-fluorescence Filter Turret, Configure with up to 3 Filter Cubes. Attachable Contrast Shield.
Video Adapter 0.5x C Mount Adapter

1x C-Mount Adapter

Optional ECO (No Operator, Turn off the Light Source Automatically in 15 Minutes); Heating Stage
Dimension 44(W)×559(D)× 526(H) mm

Note: ● Standard Outfit, ○ Optional

2. Automation:

Model i600A
Moving Range X: 125mm x Y: 75mm
Min step size 0.1um
Repeated positioning accuracy ±1.5um
Max speed 20mm/s
Size 275*239*44.5 (mm)
  • Software limitation
  • Mechanical position limitation
  • Photoelectric switch limitation
Z Repeated positioning accuracy Average: ±1.5um

Near the focus: ±0.1um

Z Max speed 10 r/s
Rocker 3D controllable rocker: Four speed
Port USB2.0 and RS232
BAUD 9600


3. Camera

Order Code Sensor &

Size (mm)

Pixel (μm) G Sensitivity
Dark Signal
(with 1/30s)
FPS/Resolution Binning Exposure
BIC-E3S-2.0 2.0MP


1/2″ (7.20×4.05)

3.75 x3.75 2350mv
125 @1920×1080 1×1 0.1ms -15s
BIC-E3S-3.1G 3.1MP

IMX265 (C, GS)


3.45×3.45 1146mv
53 @2048×1536

85 @1024×768

1×1 0.1ms -15s
BIC-E3S-5G 5.0MP

IMX264(C, GS)
2/3” (8.45×7.07)

3.45×3.45 1146mv
35 @2448×2048
50 @1224×1024
1×1 0.1ms -15s
BIC-E3S-8.3C 8.3MP



2.9×2.9 2188mv
45 @3840×2160
70 @1920×1080


0.02ms -15s
BIC-E3S-9.0G 9M

IMX305 (C, GS)


3.45 x3.45 1146mv
0.1ms -15s
BIC-E3S-20.0 20MP


1″ (13.06×8.76)

2.4 x 2.4 462mv
50 @2736×1824
BIC-E3S-21.0 20MP


4/3″ (13.06×8.76)

3.3 x 3.3 399mv
17@5280×3954 17@3952×3952 56@2640×1976 67@1760×1316 192@584×438 1×1,

C: Color, GS: Global Shutter.

Manual Scanning and Stitching

Automatic Scanning:

Examples of Customers:

  1. University of Florida, Department of Pharmacodynamics, Gainesville, FL USA
  2. Ben-Gurion University of the Negev, Beer-Sheva, Israel
  3. University of Central Oklahoma, Central Rec.-Human Physio Lab, Edmond, OK, USA
  4. Sherbrooke University, Sherbrooke, QC, Canada


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