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Specifications
| Dynamic range | Five orders of magnitude |
| Linear dynamic range | R2 >0.995 |
| Processing time | 3s (Once) |
| Light source | UV LED Blue LED |
| Excitation filters | 365 ± 20 nm 460 ± 20 nm |
| Emission filters | 420 to 480 nm (60 nm) 525 to 570 nm (45 nm) |
| Detector | Photodiode |
| Repeatability | < 1.5 % |
| Stability | < 1.5 % |
| Sensitivity | ds DNA: 0.5 ng/ml |
| Dimension (W × D × H) | 194 × 155 × 72.5 mm |
| Weight | 0.4 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Fluorometer LMFMR-A100 | $ 4475 | Each of 1 |
Features
Standard Accessories
Adapter for 0.5 ml qPCR tube
Optional Accessories
Adapter for 0.2 ml qPCR tube
Applications
Fluorometer is used to measure concentration of the substances on the basis of fluorescence emitted by them across mineralogy, medicine, and chemical sensors.
Selection Guide
Fluorometer LMFMR-A100 is a highly sensitive instrument designed for fluorescence-based detection and quantification in various research and laboratory applications. Based on research studies, this model is commonly used in molecular biology, biochemistry, environmental monitoring, and clinical diagnostics, where accurate measurement of fluorescent signals is required. It features a wide dynamic range of five orders of magnitude and a linear dynamic range with R² > 0.995, ensuring reliable and accurate results over a broad concentration span. The processing time of just 3 seconds per measurement supports fast throughput in routine or high-volume testing. Equipped with both UV LED and Blue LED light sources, it is versatile for detecting a wide range of fluorophores. Customers should consider these specifications along with relevant certifications and compliance with laboratory standards when selecting this model for experiments requiring sensitivity, speed, and accuracy.
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Frequently Asked Questions
1 What is a Fluorometer?
A Fluorometer is an apparatus designed to measure the fluorescent light emitted by the sample with the aid of ultraviolet rays.
2 Can Fluorometer be used to measure fluorescence in living organisms?
It is used for in vivo fluorescence imaging that detects the fluorescence of substances within living organisms.
3 What is the difference between a Fluorometer and a Luminometer?
A Fluorometer measures light emitted from a sample due to fluorescence, whereas a Luminometer measures light emitted from a chemical reaction.
4 What types of samples can be measured using Fluorometer?
It can measure wide variety of samples such as biological, environmental, chemical as well as food and beverage samples.
5 What is a Calibration curve in Fluorometer?
A calibration curve is a plot used to relate the fluorescence intensity to the concentration of a substance.
6 Can Fluorometer be used in medical diagnostics?
It is used in medical diagnostics for detecting substances such as biomarkers, disease-related proteins and infectious agents.