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LUNA-II™全自动细胞计数仪

LUNA-II™

Core Technology of Logos’ Cell Counter

 

1.Unique, Leading Edge Hardware and Optical System

Unique “ㄷ” shape optical path (Patent)

Optimize optical portion for liquid lens and innovative technology

 

2.Cell Counting Optimized SW Algorithm

Novel Noise Reduction, Fast Cell Detection, Robust Cell De-clustering

Fast and accurate analysis of cell patterns

Journal on Yeast Counting Algorithm

 

 

3.Registered Patents of Automated Cell Counters

Total of 9 patents in optic and product design have been registered

Technologies can be applied to imaging devices

Microscope Module 10-1105658, Korea

Microchip 8808642, USA

Fluorescence Imaging Device 9046489, USA

Microchip 5841664, Japan

 

 

4.Liquid Lens used Auto-Focusing System

No mechanical part, No noise

No wear (>300 millions of cycles)

New AF algorithm (optimized for cell counting)

Fast and reliable response (<50ms)

Cost effective

Patent (‘Imaging device’ 10-1599240)

 

Product

LUNA™

 

Feature

Low throughput

Low magnification

Disposable slide

 

Company

Logos Biosystems

 

Counting Method

Image Analysis

 

Main Function

Cell Concentration, Cell Number, Viability

 

Detection Method

Bright Field

 

Dye

Trypan Blue (But, only LUNA/ LUNA II can be applied with Erythrosin B)

 

Output

USB 

Measuring Volume()

0.5

Cell Counting Time (sec)

<7s

Cell Size(μm)

5~60

De-clustering detection

+++

Flexibility of protocols

(Size, Roundness, Declustering)

O

Noise reduction

O

On-Screen Check

O

Reusable slide

O

User friendly interface

+++

Auto exposure

O

Focus

Manual

PDF report

O

Embedded Printer

X (External option)

 

 

Cell Counting Slide Manufactured by Logos

 

Volumetric Disposable Chamber Slide

  • Patented T-bond Technology: Low Per-Count Cost
  • Accurate Volume
  • Surface Coating for Even Distribution
  • Ready-to-Use
  • Ultra-Low Fluorescence (Optional)
  • Designated to work with the LUNA family of cell counters for cost effective and accurate cell counting
  • Affordable of manual cell counting without the associated subjectivity, variability, and time

 

PhotonSlide

Low Auto-fluorescence

High Signal-to-Noise Ratio

Auto-fluorescence Comparison of Counting Slide