EziLab offers the Multimode Microplate Reader EZL-MR104, a plate reader that measures absorbance from 200 to 1000 nm and fluorescence with excitation from 200 to 1000 nm and emission from 270 to 850 nm. A xenon lamp feeds a monochromator, a UV silicon photodiode reads absorbance from 0 to 4 OD, and a photomultiplier tube handles fluorescence. Absorbance holds within 1.0% plus 0.003 Abs up to 2.0 Abs. Plates from 6 to 384 wells fit, incubation runs from 4°C above room temperature to 45°C, and linear, orbital, and double-orbital shaking mix wells before each read. An automatic injector, nano-volume plate, and ReaderIt-II PC software ship standard. Monochromator selection lets users pick any wavelength without buying filters, so one instrument runs ELISA, protein and nucleic acid quantification, enzyme kinetics, and fluorescent reporter assays. The nano plate measures microliter samples, saving costly reagents, while the injector starts fast kinetic reactions inside the reader. Drug development teams screen compounds and run dose-response assays, while molecular biology labs quantify DNA and track reporter genes. Biochemistry groups study enzymes and binding, and core facilities share this multimode microplate reader across many research projects. Fluorescence assays call for black plates while absorbance assays use clear ones, so list your assay mix and budget for both plate types before comparing the Lab Equipment and Microplate Reader pages.
| Microplate Type | Supports 6 to 384 well plates, 96 well included |
|---|---|
| Light Sources | Xenon lamp |
| Temperature Control | RT 4˚C to 45˚C ± 0.5˚C at 37 ˚C |
| Dynamic Range | 0 to 4 OD range supported |
| Shaking | Linear, annular, double annular shaking mode available |
| Accuracy | ± (1.0 % + 0.003 Abs ) at 0 to 2.0Abs |
| Ration Accuracy | Data Precision supported |
| Wavelength Selection | Advanced monochromator system 200 to 1000 nm |
| Controlled by Software | Supported via ReaderIt-ll, Automatic injector option, External PC compatibility |
| Absorbance Detector | UV-Silicon Photodiode |
| Absorbance Wavelength | 200 to 1000nm |
| Absorbance Wavelength Accuracy | ± 0.5nm > 315nm ± 0.3nm < 315nm |
| Fluorescence Detector | Photomultiplier tube detector |
| Excitation and Emission Wavelength | Excitation wavelength: 200 to 1000nm, Emission Wavelength: 270 to 850nm |
| Fluorescence Bottom Reading Sensitivity | Detects limit as low as 5 mol / well |
| Excitation Bandwidth | < 5nm ≤ 315nm ; < 9 nm > 315 nm |
| Emission Bandwidth | Les than 20nm |
| Fluorescence Wavelength Accuracy | ± 2nm > 315nm ± 1nm < 315nm |
| Fluorescence Wavelength Reproducibility | ± 1nm > 315nm ± 0.5nm < 315nm |
| Dimension | 420 × 550 × 386mm |
| Packaging Dimension | 500 × 600 × 450mm |
| Net Weight | 33 kg |
| Gross Weight | 40 kg |
| Feature Area | Description |
| Light Source | Xenon lamp feeding a monochromator for wavelength selection. |
| Detection Modes | Absorbance and fluorescence detection on one reader. |
| Plate Shaking | Linear and annular shaking modes for mixing wells before a read. |
| Temperature Control | Heated plate chamber for assays that need a held temperature. |
| Software & Injector | ReaderIt software with an optional automatic injector for kinetic starts. |
ReaderIt-ll PC analysis software | 1 |
u-Nano ultra-micro plate | 1 |
ABS optical performance validation board | 1 |
Automatic injector | 1 |
Lum-Check Standardization Light Microplate | 1 |
The Multimode Microplate Reader EZL-MR104 is designed to handle a wide variety of assays including absorbance, fluorescence, and luminescence, making it versatile for different research fields. It allows laboratories to run multiple assay formats on a single platform, saving both time and space. The flexibility is especially useful in multidisciplinary labs where workflows shift between molecular biology, drug discovery, and biochemical analysis. Ezilab’s system ensures reliable results across these diverse applications, allowing labs to expand their research without needing separate instruments.
Our Multimode Microplate Reader EZL-MR104 features intuitive software and a clear touchscreen interface, making it simple for users to set up and monitor experiments. Our system is designed to reduce operator training time, which helps laboratories maintain efficient workflows even with new staff. The flexible software allows users to design assays with ease, while built-in presets make repetitive tasks faster. This combination of automation and ease of use ensures smooth daily operation in high-throughput environments.
Ezilab’s Multimode Microplate Reader EZL-MR104 ensures accuracy by combining sensitive detection with optimized optical systems that minimize background noise. The inclusion of high-quality detection methods like PMT for fluorescence ensures results remain dependable across a broad range of assays. Our system is built to reduce signal interference between wells, which is particularly important in high-density plates. This accuracy gives researchers confidence in their data, whether they are running basic absorbance assays or advanced luminescence studies.
The Multimode Microplate Reader EZL-MR104 is designed with minimal maintenance needs, ensuring smooth long-term use in busy labs. Routine upkeep usually involves keeping the plate chamber clean and following recommended calibration checks to sustain accuracy. Ezilab’s design ensures that most components remain stable over time, reducing service interruptions. Our customer support team also provides guidance and technical assistance, helping labs extend the instrument’s performance life with ease.
The Multimode Microplate Reader EZL-MR104 is designed to work with microplates that require only small sample volumes. This feature is especially useful in molecular biology and pharmacology research where sample availability is limited or costly. The system maintains high sensitivity even with minimal sample input, ensuring reliable results without waste. Ezilab’s reader helps laboratories stretch their resources while maintaining scientific accuracy.
