ELISA Fullt Automated One Plate Python

  • General Specification:One Plate,Open Assays and Tips,Up to 7 Different Assays in One Plate (with Harmonized Protocol),Qualitative and Quantitative Assays,Liquid Level Detection (LLD) with non-carbon Tips,3 Bottle Capacity for Dilution in Microplate,39 Capacity for Dilution in,Vials,Adaptable,Gamma/CBC/Micro Tubes
  • Reader:OD (Optical Density) Range: 0.000 ~3.000,Band Pass Filters: 450, 630, 492 and 405 nm or Optional,Reading Mode: Single or Differential Filters,Accuracy: ±0.005 OD,Precision: CV ˂ 3%
  • Physical Properties:Dimension: 55*70*57 cm,Weight: 96 kg,Input Voltage: 210~230 V 50-60 Hz AC

 

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Description

ELISA Fully Automatic OnePlate Python

ELISA is one of the most common hormonal tests of any laboratory. ELISA testing has different processes that have many errors if done manually. As a result, the user must carefully perform all the ELISA steps such as pipetting, washing, incubating, shaking and reading it.

 

ELISA PYTHON
ELISA FULL AUTOMATED PYTHON

 

Software Python ELISA

This machine performs all the steps in a fully automatic manner. It should be noted that this device has a maximum capacity of 1 plate and performs a maximum of 7 tests with simultaneous protocols.

In the library inside the software, the device is predefined so that the user only has to run the tests. This is done in foreign prototype devices or by the needle, which in itself causes the carry over, and these other models of needles have been obsolete for many years.

And the other is the Carbon Black Sampler, which is now 15 times more expensive than regular plastic samplers. As a result, the laboratory has to spend a large amount of money only on the sampler, which is not economically justified, and the fully automatic ELISA machine of the Python model can be easily operated with ordinary plastic samplers available in the laboratory, which results in a lot of economic benefit for the laboratory.

The device also has an API (Accurate Pipette Intelligence) that can detect the correct volume of serum, the closure of the tip of the sampler, and the presence of bubbles, clots, and fibrons in the serum.

Specifications ELISA PYTHON

  • General Specification

  • One Plate
  • Open Assays and Tips
  • Up to 7 Different Assays in One Plate (with Harmonized Protocol)
  • Qualitative and Quantitative Assays
  •  Liquid Level Detection (LLD) with non-carbon Tips
  • 3 Bottle Capacity for Dilution in Microplate
  • 39 Capacity for Dilution in Vials
  • Adaptable Gamma/CBC/Micro Tubes
  • Connectable to LIS System
  • Human Samples or Veterinary
  • Reader

  • OD (Optical Density) Range: 0.000 ~3.000
  • Band Pass Filters: 450, 630, 492 and 405 nm or Optional
  • Reading Mode: Single or Differential Filters
  • Accuracy: ±0.005 OD
  • Precision: CV ˂ 3%
  • Incubation and Shaker

  • Incubation Degree: RT and 37 °C
  • Temperature Uniformity: 37 ± 1 °C with PID Algorithm Control
  • Maximum Time of Incubation: 99 min
  • Rotary movement Shaker
  • 3 Different Shake Speeds
  • Maximum Time of Shake: 99 Sec
  • Software

  • Self-Test Mode
  • Ability to Quality Control all Modules in the Software
  • Saved and Modified Curves
  • Unlimited Saved Curves or New Curves with 8 Standards
  • Password Entrance for Operator
  • Ability to Update Software Online
  • RS 232 Serial Connection
  • esults as PDF, EXEL or Word Format
  • Pipetting

  • 96 positions for 200 uL Tips and 40 positions for 1000 uL Tips

  • Accuracy: Bias ˂ 3%
  • Precision: CV ˂ 3 %
  • Maximum Dilution Ratio: 10/1000 uL in Vials10/300 uL in Microplate
  • Washer

  • 1 Bottle for Wash Buffer
  • Wash Mode: Strip WashPlate Wash
  • Liquid Level Sensor for Wash Bottle
  • 8 Channel Wash Head
  • 4 Point Aspiration
  • Maximum Wash Cycle: 10
  • Maximum Soak Time: 99 sec
  • Physical Properties

  • Dimension: 55*70*57 cm
  • Weight: 96 kg
  • Input Voltage: 210~230 V 50-60 Hz AC

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