Technical Specifications

System type: Open System

Plate types: 96 well plates

Wells Type: U, V and Flat bottom wells

Operating Modes:

  • Absorbance
  • Quantitative
  • Qualitative
  • Semi-Quantitative
  • Kinetic Mode

Measurement Modes: Continuous / Step

Shaking Modes: Three Linear Speeds - Low, Medium and Fast. Time duration can be set

Wavelength Selection:

  • Monochromatic
  • Bi-Chromatic
  • Multi-Chromatic* (Maximum 4)

Calculation Modes:

  • Non-linear Standard
  • Cut-off
  • Index Formula
  • Column Subtraction
  • Linear Regression
  • Point to Point
  • Cubic Spline
  • Linear – Log

Blank Options:

  • Blank, Control, Assay
  • Validation equations
  • Against Air, Well
  • Plate, Column, Column-mean
  • Row, Row mean

Number of programmable standards / calibrators: Up to 10 standards /test Storage/ display/ printing of multi standard curves and cut-off equations for all parameters

Test Programs: 100 totally “open” Test Programs

Photometer:

  • Measuring system: 8-Channel optical system
  • Lamp Source: Tungsten Halogen with Lamp saver function
  • Wavelength Range: 400 to 750 nm
  • Standard Filters: 405 nm, 450 nm, 492 nm, 630 nm (Optional two filters 578 nm, 700 nm), 10 nm Band Pass 
  • Dynamic Range: 0.0 ~4.0 OD
  • Photometric accuracy: < 1% at 2.5 OD at 450 nm
  • Photometric resolution: 0.001 OD
  • Linearity: <1% at 2.5 OD at 450 nm

Measurement Time:

SPEED    : 8 Seconds single wavelength
NORMAL : 17 Seconds single wavelength

Display:

High resolution Graphics LCD 320x240 pixels, LED Backlight, View area: 120x92 mm

Keyboard: Rugged waterproof & membrane panel

PC Communication: USB Based
Protocol compatible with Eli-LIMS and TNW

Built-in Thermal Printer: Built in High resolution, 384 dots per line, thermal Type with full graphics facility printer and option for connecting External Parallel Printer (or USB Printer using External Adaptor).

Computer interfacing Software: Windows Based Software Eli-LIMS with data managemenOptional Windows Based Software with data management capabilities to store patient results, store/display calibration curve /QC curves.

Reports on internal and external printers: Report generation for last 7000 Sample’s is viewed/printed/stored.
Lab name in Print-out
Lab name in Display
Collated reports
Print-out of Normal Range along with the result (on external printer only).
Graphs can be printed on Thermal Printer
Sorted by:
     Date
     I.D.
     Both by Date & I.D.
     Test
     Plate ID

Online Help: At each step on-line help in each menu. Beeps and online instructions on erroneous entry. Special HELP key on keypad.

Operating Temperature: 20˚ C to 40˚ C

Storage Temperature: -10˚ C to 50˚ C

Humidity: Max. 80% RH, non- condensing

Power Supply: 16 V - 24.5 V DC using External Auto ranging SMPS adapter
115/230VAC ±10%, 50/60Hz., Max. 90 Watt. (CE & UL certified)

Dimension: 502 mm X 369 mm X 216 mm

Weight: 7 Kg

Lisa Scan Electron Microscopy

Lisa Scan Electron Microscopy is a highly advanced form of microscopy that uses electrons instead of light to produce images. This technique allows for greater magnification and resolution, enabling scientists to study structures that were previously invisible with traditional light microscopes.

Lisa Scan Electron Microscopy is widely used in various fields of science, including biology, materials science, nanotechnology, and chemistry. In biology, this technique is used to study the ultrastructure of cells, viruses, and tissues, providing crucial insights into the workings of the biological world. In materials science, Lisa Scan Electron Microscopy is used to study the properties of various materials, including metals, ceramics, and polymers.