Wuhan Bonnin Technology Ltd, Laboratory Instruments Expert in China

Product Description

The Bio-Reader100 touch screen microplate reader, with a wavelength range of 340–750nm, is a high-performance solution for a wide range of applications, including COVID-19 DNA RNA analysis, immunoassays with colorimetric substrates, such as ELISA, and protein assays such as Bradford and Lowry. It is designed for applications within the clinical, biotechnology research and pharmaceutical laboratory.
The Bio-Reader100 can be used as a stand-alone reader or be controlled by a PC or a PAD with Android system.

Features:

  • Easily use with 7 inch touch screen together with 3 external keys
  • A broad wavelength range of 340-750nm
  • Able to use individually or connect with PC and export results
  • Absorbance range: 0.0~4.000Abs
  • 8 positions optical filter wheel, equipped with 4 standard optical filters
  • Rapid and accurate measurement of 96-well plates within 6 seconds
  • 9-channels ELISA reader for fast measurements
  • Additional reference channel for optimized light intensity
  • Endpoint, kinetic and multi-label measurements for a variety of applications
  • Shaking with variable time and speed
  • PC software, APP software and bulit-in software for powerful and validated data analysis

Technical datas:

Model Bio-Reader100
Display 7 inch touch screen (800×480 dots)
Light source Quartz-halogen lamp 6V/10W
Wavelength 340-750nm
Optical filter Equipped with filters: 405,450,492,630nm
Half-bandwidth of filters 8~10nm
Read-out range 0~4.000Abs
Linearity (450nm) R2≥0.995[0.000-3.000Abs]
Resolution 0.001Abs
Accuracy (450nm) ≤±2nm
Precision(450nm) CV≤0.3%[0,3Abs); CV≤1%[3,4Abs)
Test speed <6s for 96-well plate
Shaking 3 modes shaking: slow, medium and fast
User interface Integrated software or PC control software
Operation Touch screen, 3 pcs external keys
Storage 1000 test records
Port 3 USB ports, for PC, printer and USB-disk
Dimension(WxDxH) 440x295x225mm
Weight 10kg

Enquiry For Bio-Reader100 UV Vis Elisa Microplate Reader