Microplate Reader LMPR-T2010

Introduction

Microplate Reader supports a wavelength range of 340 to 750 nm for versatile absorbance measurements.  Equipped with a vibration plate function, both the time and speed of shaking can be adjusted based on assay requirements. The device includes a interface for printer and flash drive connections. Our Microplate Reader accurately measures absorbance in microplate wells to analyze biochemical reactions such as .

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

Microplate Reader is used to measure absorbance in , enzyme activity, and protein quantification assays. It is widely applied in clinical diagnostics, pharmaceutical labs, research institutions, and biotechnology industries.

Specifications

Wavelength Range	340 to 750 nm
Filter Bandwidth	8 to 10 nm
Wavelength Accuracy	Less than or equal to ±2 nm
Absorbance Range	0 to 4.000Abs
Incubation Temperature Range	R.T. +4°C to 65°C
Temperature Accuracy at 37°C	± 0.5°C
Temperature Uniformity at 37°C	± 0.5°C
Sensitivity	Greater than 0.01Abs
Detector	Photodiode
Measuring Speed Fast Mode	5 seconds per 96-well plate
Single wavelength	7 seconds per 96 wells
Dual wavelength	15 seconds per 96 wells
Absorbance Repeatability	0 to 3 Abs: CV less than or equal to 0.3%
Absorbance Accuracy (450nm)	[0.000 to 2.000Abs] ≤ ±0.005Abs [3.000 to 4.000Abs] ≤ ±1.5% [2.000 to 3.000Abs] ≤ ±1%
Linear Range	R² greater than or equal to 0.995 (0.000 to 3.000Abs)
Number of Program Storage	5000
Interface	Connecting the printer and drive
Display	10-inch high-resolution touch screen
Light Source	6V 10W halogen lamp
Fuse	250V, 2A Ф 5 ×20
Power Consumption	200W
Power Supply	100 to 240VAC 2.3A 50/60Hz
Dimension (W×D×H)	300 × 430 × 232 mm
Weight	10 kg

Features

High-resolution touch display screen

Flexible 8-position filter wheel

Stable reference optical path

Built-in multifunctional analysis software

Energy-efficient light source

FAQs

1. How user-friendly is the Microplate Reader for daily lab operations?

The Microplate Reader is designed for ease of use with modern lab workflows. It features a large 10-inch capacitive touch screen for simple navigation. Users can visually assign blanks, controls, and samples using an intuitive layout. No external keyboard or mouse is required, reducing clutter and setup time. The software supports program storage, data review, and curve generation. It allows direct data export and printer connection for report generation. Self-check diagnostics help users quickly identify and fix operational issues. Overall, the Microplate Reader streamlines the reading process for both new and experienced users.

2. What types of assays can be performed using the Microplate Reader ?

The Microplate Reader is designed to support a wide range of assays, including , protein quantification, enzyme kinetics, and endpoint assays. It is ideal for colorimetric analysis where absorbance detection is required. The Microplate Reader can measure samples in 96-well plates, making it suitable for high-throughput screening. Researchers commonly use it in diagnostic labs for detecting antibodies and antigens. It is also applied in pharmaceutical labs for drug screening and biochemical analysis. The device supports both single and dual-wavelength readings for versatile use. Kinetic analysis and quality control assessments can be easily performed. Overall, the Microplate Reader is a reliable tool across clinical, academic, and industrial research labs.

3. How accurate and sensitive is the Microplate Reader in low-concentration measurements?

Microplate Reader offers high measurement accuracy and excellent sensitivity for low-concentration samples. It has an absorbance range of 0 to 4.000 Abs and sensitivity greater than 0.01 Abs. This allows detection of even trace amounts of biomolecules in complex assays. Absorbance accuracy is within ±0.005 Abs for 0 to 2.000 Abs, ensuring precise results. It also supports dual-wavelength readings to eliminate background interference. The optical system uses a 13-channel fiber design for accurate well-to-well reading. This ensures minimal variation and improved detection reliability. The Microplate Reader is ideal for assays requiring high analytical sensitivity.

4. What are the temperature control features of the Microplate Reader , and how do they support incubation-based assays?

Microplate Reader includes a built-in programmable incubation system. It allows temperature control from room temperature +4°C to 65°C. At 37°C, it provides a temperature accuracy and uniformity of ±0.5°C. This is crucial for assays like that require controlled incubation. Temperature stability ensures consistent reaction conditions and reliable results. Users can adjust incubation parameters directly through the touch screen. The Microplate Reader is ideal for temperature-sensitive reactions, such as enzyme-based assays. Its integrated heating system enhances reproducibility in research and clinical testing.

5. How fast can the Microplate Reader process a full 96-well plate?

Engineered to support high-efficiency laboratory operations, the Microplate Reader delivers exceptional speed without compromising accuracy. It can process a full 96-well plate in just 5 seconds when operating in fast mode. For routine assays, it offers 7-second reads for single-wavelength and 15 seconds for dual-wavelength measurements. This performance is ideal for high-throughput settings such as clinical diagnostics and research screening labs. The Microplate Reader ensures consistent accuracy with low variation across all wells. It is especially well-suited for kinetic assays and time-sensitive applications. Faster reading speeds help improve productivity and minimize turnaround times. With a balance of speed and precision, the Microplate Reader meets the demands of modern labs.

6. What is the wavelength range of the Microplate Reader , and why is it important for assay flexibility?

Microplate Reader supports a wavelength range of 340 to 750 nm. This wide range enables the detection of various chromogenic substrates and indicators. It comes with a standard 8-position filter wheel and 4 installed filters. Additional filters can be added to expand detection options. Wavelength accuracy is maintained within ±2 nm for dependable results. This flexibility supports diverse assay types across clinical, biotech, and pharma labs. Whether performing immunoassays, enzyme reactions, or quantification, it’s suitable. The Microplate Reader’s optical range provides users with broader experimental possibilities.

7. What is a Microplate Reader?

A Microplate Reader, commonly called as plate reader or plate spectrophotometer, is an analytical instrument that reads or detects the physical, chemical, and biological events of the analyte, within the wells of the plate. It has numerous tiny wells where the sample analyte is introduced for analysis.

8. What is the difference between a spectrophotometer and a microplate reader?

A standard spectrophotometer measures the absorbance of one sample at a time. The sample is typically placed in a cuvette through which light is sent horizontally. An absorbance plate reader offers higher throughput and can measure the absorbance of samples in microplates (typically 96-well or even 384-well) by sending light through each well vertically.

9. What is the working principle of a microplate reader?

Microplate-based measurements detect light signals produced by a sample, converted by a sample, or transmitted through a sample. In the plate reader, the signal is measured by a detector, usually a photomultiplier tube (). PMTs convert photons into electricity that is then quantified by the microplate reader. The output of this process is numbers by which a sample is quantified.

10. What is the light source typically used in plate readers?

Tungsten-halogen or xenon flash lamps are generally used. LEDs have also come into the picture in some modern readers.

11. What is the detection technology of a plate reader?

The detection technology can be of 3 types- Monochromator based detection which provides flexibility, convenience, and spectral scanning; Filter based detection which enables rapid switch between different wavelengths; Hybrid detection which has dual technological advantage of both flexibility and sensitivity.