ELISA Analyzer LELISA-T2011

Introduction

Analyzer features a photometric microplate reader with 8 channels, using silicon photodiode detectors and a tungsten halogen lamp, covering 340 to 750 nm wavelength range. It uses a single-channel pipetting system with disposable tips. It allows for one or multiple assays to be processed on a single microplate. Our analyzer is equipped with advanced advanced liquid handling technology for fast and accurate pipetting.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Analyzer is used in disease diagnosis, biomedical research, and quality control by detecting specific proteins or contaminants.

Specifications

Measurement Module	Photometric microplate reader module
Measurement System	8-channel; detector: silicon photodiodes; light source: tungsten halogen lamp
Wavelength Range	340 to 750 nm
Filter Configuration	405, 450, 492, 630 nm + 4 empty filter positions
Measurement Range / Increment	0.000 to 3.000 A / 0.001 A
Measurement Modes	Single- and dual-wavelength measurement
Accuracy	±0.002 A (0.0 to 1.0), ±0.003 A (1.0 to 2.0)
Precision	CV < 1.0% (0.6 to 0.9 A)
Design	Benchtop system with single plate processing unit combining pipetting position, washer, incubator and reader onto one platform
Working Platform	Flexible setup at Sample, QC, reagent carrier positions and loading volumes
Liquid Handling System	Pipetting by air displacement, disposable tips
Number of Channels	1
Specification of Tips	300 μL, 800 μL tips
Pipetting Range/ Increment	5 to 800 μL / 0.1 μL
Pipetting Accuracy and Precision of 300 μL at 100 μL volume	±1%, CV ≤ 0.75%
Pipetting Accuracy and Precision 800 μL at 100 μL volume	±1%, CV ≤ 0.75%
Liquid Handling Speed	130 sec for pipetting 100 μL into 96 wells (incl. tip exchange), 160 sec for dispensing 100 μL into 96 wells (no tip exchange)
Liquid Handling Functions	Pipetting, dispensing, dilution, conjugation, aliquoting, multiple- and diversified dispensing
Liquid Level Monitoring	Liquid level monitoring, clot monitoring and empty tube monitoring
Sample Tubes	8 × 12 to 96 samples (13 mm standard tube diameter, other customizable)
Reagent Racks	4 × 2 (80 mL) or 4 × 4 (16/30 mL), standard reagent position bottles / vials / custom
Plate Positions	One plate on plate drive + one standard or deep well plate preloaded
Incubator	1 × light protected position
Temperature Range	Room temp to 60°C, 0.1°C increment
Temperature Accuracy	±0.5°C at 37°C
Washing Channels	1 × 8
Liquid Containers	2 bottles for wash buffers, 1 for waste (with liquid level sensors)
Wash Volume	50 to 1000 μL per well
Residual Volume	≤1 μL/well
Washing Modes	Dispense–aspirate, over flow wash, crosswise aspiration with selectable injection height, soak time and final aspiration
Barcode Scanner	Manual (optional)
Software	Windows based control software
Operating Temperature	18 to 25°C, Humidity 30 to 60% (non-condensing)
Storage Temperature	10 to 30°C, Humidity 15 to 70% (non-condensing)
Interface	, RS232
Power	300 VA, Voltage: 220V ±10%, Frequency: 50 to 60 Hz
Dimension	650 × 460 × 650 mm
Packaging Dimension	1300 × 650 × 880 mm
Weight	51 Kg
Gross Weight	86 Kg

Features

Easy-to-use interface

Innovative automation

Advanced liquid handling systems

Compact design

FAQs

1. What is the It Analyzer and how does it work?

It Analyzer is a compact, fully automated system designed to perform (Enzyme-Linked Immunosorbent Assay) tests. It combines all key processes—pipetting, incubation, washing, and optical reading—on a single benchtop platform. It uses a photometric microplate reader with 8 channels, powered by a tungsten halogen lamp and silicon photodiode detectors, to read absorbance values in a wavelength range of 340 to 750 nm. The system supports single and dual wavelength readings and includes built-in liquid handling for precise and fast pipetting using disposable tips. This makes the It analyzer ideal for detecting specific proteins, antibodies, or antigens in medical, research, and industrial labs.

2. What are the major features of the It that improve workflow?

The It offers several key features that simplify and speed up testing. It includes an intuitive, user-friendly interface and advanced automation for pipetting, washing, and reading plates. The analyzer is equipped with high-precision liquid handling, able to dispense as low as 5 ?L and up to 800 ?L with ±1% accuracy. It supports multiple functions like dilution, conjugation, and aliquoting, and can process one or multiple assays on a single plate. The onboard incubator maintains temperatures from room temperature to 60°C with ±0.5°C accuracy, and the washer offers low residual volume (?1 ?L/well) with various wash modes. All of these features help ensure reliable results with less manual effort.

3. What applications is the It Analyzer suitable for?

analyzer is widely used across several fields. In clinical diagnostics, it detects disease markers by identifying specific antigens or antibodies in patient samples. In biomedical research, it helps study protein interactions, screen biomarkers, and analyze drug responses. It is also useful in quality control, especially for detecting contaminants or ensuring product consistency in pharmaceutical or food industries. Its flexible design, high throughput, and automation make it suitable for labs that need fast, accurate, and reproducible testing.

4. How does the It ensure accurate pipetting and liquid handling?

Analyzer is built with a sophisticated air displacement pipetting system that uses disposable tips (300 ?L and 800 ?L). It offers pipetting volumes from 5 to 800 ?L with a fine increment of 0.1 ?L. At 100 ?L volume, the system provides an accuracy of ±1% and a precision (CV) of ?0.75%. The analyzer also includes monitoring for liquid levels, clot formation, and empty tubes, ensuring error-free operation. Its high-speed pipetting—130 seconds for 96 wells including tip exchange—makes it ideal for high-throughput labs, while still maintaining excellent reliability and reproducibility.

5. What makes It user-friendly for laboratory professionals?

It designed the to be both powerful and easy to use. It features Windows-based software that allows users to control the full process from a single screen. The system is compact and integrates all major components—pipetter, reader, incubator, and washer—onto one benchtop unit, saving space in the lab. Operators can customize sample and reagent placements, and the interface allows easy setup for multiple assay types. It also includes optional barcode scanning for efficient sample tracking. These features reduce the chance of human error and improve workflow efficiency, making it ideal for busy labs.