Kalstein

fluorometers

fluorometers

Fluorometers are essential instruments in laboratories, designed to measure the intensity of fluorescence emitted from a sample. These devices are widely utilized in various fields, including biochemistry, molecular biology, and environmental monitoring, due to their ability to provide high sensitivity and accuracy in quantitative analysis. With advancements in technology, modern fluorometers offer enhanced features that facilitate precise measurements of DNA, RNA, and proteins, making them indispensable for researchers and laboratory technicians.

Kalstein is a trusted provider of laboratory equipment, including fluorometers that cater to diverse analytical needs. Our products are engineered for reliability and ease of use, ensuring that laboratory professionals can achieve optimal results in their experiments. By choosing Kalstein, you benefit from high-quality instruments that enhance your laboratory's capabilities and efficiency.

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What you should know before selecting a fluorometers and making an investment

Key factors to consider

Key factors to consider

When selecting a fluorometer, it is crucial to consider the specific applications you intend to use it for. Different models may vary in sensitivity, wavelength range, and detection limits. For instance, if your work involves analyzing low concentrations of biomolecules, a high-sensitivity model would be essential. Additionally, consider the ease of calibration and maintenance, as these factors can significantly impact the instrument's longevity and performance.

Another important factor is the software compatibility and data analysis capabilities of the fluorometer. Advanced models often come with integrated software that simplifies data collection and analysis, making it easier to interpret results. Always ensure that the fluorometer you choose aligns with your laboratory's workflow and meets the regulatory standards relevant to your field.

Market price range

Market price range

The market price for fluorometers can vary widely based on features, specifications, and brand reputation. Entry-level models suitable for basic applications may start at around €1,000, while high-end fluorometers designed for specialized research can exceed €10,000. It is essential to assess your budget and the specific requirements of your applications before making a purchase.

Additionally, consider the total cost of ownership, which includes maintenance, calibration, and potential upgrades. Investing in a slightly more expensive model that offers better durability and performance can lead to cost savings in the long run, as it may require less frequent servicing and replacement.

Value for money

Value for money

When evaluating the value for money of a fluorometer, it is important to look beyond the initial purchase price. Consider the instrument's accuracy, reliability, and the range of applications it can handle. A fluorometer that provides consistent results and can be used for multiple assays may offer better value compared to a cheaper model with limited functionality.

Furthermore, assess the manufacturer's support and warranty options. A robust warranty and responsive customer service can enhance the overall value of your investment, ensuring that you receive assistance when needed and minimizing downtime in your laboratory.

Advantages and disadvantages

Advantages and disadvantages

Fluorometers offer several advantages, including high sensitivity, rapid analysis times, and the ability to measure multiple parameters simultaneously. These features make them ideal for applications in research and clinical laboratories. However, there are also disadvantages to consider, such as the need for proper calibration and potential interference from other substances in the sample.

Moreover, fluorometers can be affected by environmental factors, such as temperature and light exposure, which may impact their performance. Understanding these limitations is crucial for optimizing the use of fluorometers in your laboratory and ensuring accurate results.

Expected lifespan based on use and maintenance

Expected lifespan based on use and maintenance

The lifespan of a fluorometer largely depends on its usage frequency and the level of maintenance it receives. Regular calibration and cleaning can extend the life of the instrument significantly. Typically, a well-maintained fluorometer can last anywhere from 5 to 10 years, but this can vary based on the model and how rigorously it is used in the laboratory.

It is advisable to follow the manufacturer's guidelines for maintenance and to keep a log of usage to identify any patterns that may indicate the need for servicing. This proactive approach can help ensure that your fluorometer remains in optimal working condition throughout its lifespan.

FLUOROMETERS KALSTEIN

Discover fluorometers for your laboratory

Explore our range of fluorometers designed to meet the diverse needs of laboratories. Each model is engineered for precision and reliability, ensuring that you can achieve accurate results in your analyses. Whether you require a basic model for routine tasks or a sophisticated instrument for advanced research, Kalstein has the right solution for you.

Fluorometer YR06061

Fluorometer YR06061

The Fluorometer YR06061 is an advanced tool designed for high sensitivity quantitative analysis of DNA, RNA, and proteins, featuring easy, human-centered software and an intuitive user interface that

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Fluorometer YR06062

Fluorometer YR06062

The Fluorometer YR06062 is an essential tool for the precise and high-sensitivity quantitative analysis of DNA, RNA, and proteins. This advanced device is capable of simultaneously detecting fluoresce

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Fluorometer YR412-A

Fluorometer YR412-A

The Fluorometer YR412-A is a cutting-edge instrument designed for precise fluorescence measurement. Ideal for applications in chemistry, biochemistry, medicine, and environmental monitoring, this fluo

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Our best-selling fluorometers

Fluorometer YR06061

Fluorometer YR06061

The Fluorometer YR06061 is an advanced tool designed for high sensitivity quantitative analysis of DNA, RNA, and proteins, featuring easy, human-centered software and an intuitive user interface that shortens testing time significantly. Equipped with LED light sources and both blue and red excitation filters, this device ensures precise and reliable measurements. With a 7-inch touch screen display, the operation becomes seamless, making it a must-have instrument for any laboratory focused on molecular biology.

Market Price Overview

The Fluorometer YR06061 is competitively priced within the market, typically ranging from $4,200 to $5,000. This makes it an affordable choice for laboratories seeking precision and efficiency without compromising on quality. For the most accurate and personalized quote, we invite you to request a detailed quotation through our Kalstein Plus platform.

Frequently Asked Questions

Q: What is the primary application of the Fluorometer YR06061?
A: It is primarily used for high sensitivity quantitative analysis of nucleic acids and proteins.

Q: How quickly can the fluorometer provide results?
A: The measurement time is ≤5 seconds per sample, ensuring rapid data acquisition.

Q: Is the software user-friendly?
A: Yes, the software is designed to be intuitive with a humanized approach for ease of use.

Advantages and Disadvantages

Advantages: The fluorometer offers high sensitivity, rapid testing capabilities, and is easy to operate with its intuitive software interface. Its compact size and light weight make it exceptionally portable.
Disadvantages: It may not be suitable for large-scale industrial applications due to its single throughput capacity.

Field Use

In practical scenarios, the Fluorometer YR06061 is employed in diverse fields such as genetics, molecular biology, and clinical diagnostics. The device’s precision and fast response time are crucial for experiments requiring rapid quantification of nucleic acids and proteins, providing researchers with dependable data in a fraction of the time.

Recommendations

To maximize the efficiency and lifespan of your Fluorometer YR06061, it is recommended to calibrate the device regularly and ensure proper handling and storage in a clean, dry environment. Utilize the USB and LAN ports for smooth data transfer and updates.

Features

  • Model: YR06061
  • Highly sensitive quantitative analysis for DNA, RNA, and proteins
  • Humanized software and intuitive interface
  • LED light source with blue and red excitation filters
  • 7-inch touch screen for ease of operation
  • USB and LAN connectivity for data transfer
  • Compact and lightweight design
  • Storage capacity of 20,000 programs

Technical Specifications

ModelYR06061
Light sourceLED
Excitation filterBlue: 460±20 nm Red: 625±20 nm
Emission filterGreen: 525-570 nm (45 nm) Red: 670-725 nm (55 nm)
DetectorPhotodiode
Throughput1
Sample tube type0.5 mL PCR tube
LinearR²≥0.995
Linear range5 orders of magnitude
Sensitivity (detection limit)<0.1 pg/uL (dsDNA HS)
Measurement time≤5 s/sample
Input power24 V 2 A
Operating voltage100-240 V@50-60 Hz
External portUSB (Type A) ×2, USB (Type B) ×1, LAN ×1
Display7-inch touch screen
Size (D×W×H)286×161×61 mm
Weight1.5 kg
Storage capacity20000 programs
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Detailed analysis of fluorometers for an effective and safe choice

Explore the Cutting-Edge World of Fluorometers: Essential Tools for Modern Laboratories

Explore the Cutting-Edge World of Fluorometers: Essential Tools for Modern Laboratories

Fluorometer, Brand Kalstein The Kalstein fluorometer stands out in the scientific community for its innovation and reliability. Known for its precision and high performance, Kalstein fluorometers have become an indispensable tool for various laboratory applications. The design philosophy behind these devices focuses on accuracy, efficiency, and user-friendliness, making them a top choice for labor

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Fluorometers: Recommendations and care

Fluorometers: Recommendations and care

A fluorometer is a laboratory instrument that enables the analysis, identification and quantification of chemical substances with molecules capable of exhibiting fluorescence, using the technique of fluorescence spectrophotometry or fluorometry.

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The importance of a Fluorometer in the Laboratory

The importance of a Fluorometer in the Laboratory

To establish the importance of the equipment that forms part of a laboratory and is indispensable, we need to consider its applications and usefulness within it; in the case of Fluorometers, this device measures the parameters of fluorescence: its intensity and the wavelength distribution of the emission spectrum after excitation by a certain spectrum of light.

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Comparaison Scientifique: Fluoromètre YR412-A vs Qubit 4 Fluorometer

Comparaison Scientifique: Fluoromètre YR412-A vs Qubit 4 Fluorometer

Dans le domaine de la fluorescence, la précision et la fiabilité sont des éléments essentiels pour la recherche et l'analyse. Deux produits notablement reconnus dans ce secteur sont le Fluoromètre YR412-A de la marque Kalstein et le Qubit 4 Fluorometer d'Invitrogen. Ces appareils sont conçus pour offrir des mesures précises et fiables, mais chacun présente ses propres caractéristiques distinctives

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fluorometers offer catalog

Fluorometer YR06061

Fluorometer YR06061

The Fluorometer YR06061 is an advanced tool designed for high sensitivity quantitative analysis of DNA, RNA, and proteins, featuring easy, human-centered software and an intuitive user interface that

Ver producto
Fluorometer YR06062

Fluorometer YR06062

The Fluorometer YR06062 is an essential tool for the precise and high-sensitivity quantitative analysis of DNA, RNA, and proteins. This advanced device is capable of simultaneously detecting fluoresce

Ver producto
Fluorometer YR412-A

Fluorometer YR412-A

The Fluorometer YR412-A is a cutting-edge instrument designed for precise fluorescence measurement. Ideal for applications in chemistry, biochemistry, medicine, and environmental monitoring, this fluo

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Guides about fluorometers

Complete guides to choose fluorometers

Fluorometer: What's it for?

Fluorometer: What's it for?

This equipment is an optical device, used in laboratories to observe and measure the quality of fluorescence in biological or mineral samples; its characteristic feature is that sensitivity to specific wavelengths of light can be measured b

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Fluorometer benefits

Fluorometer benefits

By measuring the intensity, spectrum, lifetime and polarization of fluorescence, we can determine the presence and concentration of fluorophores. The equipment used is called a fluorometer, an analytical instrument designed to determine the

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Benefits of the Fluorometer

Measurement of fluorescence intensity, spectrum, lifetime, and polarization can determine the presence of fluorophores and their concentrations. The equipment used is called fluorometer, it is an analytical instrument designed for the deter

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Importance of the Fluorometer

Importance of the Fluorometer

The fluorometer is an analytical device designed to determine the species and the concentration of fluorescent compounds, allowing the performance of complete photophysical studies. Its reliability, the meticulousness of the operational con

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Questions fréquentes sur fluorometers

Comment connaître les prix de fluorometers ?

Pour connaître le prix de fluorometers, envoyez-nous un e-mail via le formulaire de contact AQUI.

Quels sont les délais de livraison de fluorometers ?

Le délai dépend du stock et du fret (aérien ou maritime). En stock : aérien 15-30 jours, maritime 45-60 jours. Hors stock : aérien 30-60 jours, maritime 60-90 jours.

Comment effectuer un achat de fluorometers ?

Vous pouvez acheter par e-mail ([email protected]), téléphone (+33 (0) 1 70 39 26 50) ou via le site officiel Kalstein de votre pays.

Comment fonctionne la garantie de fluorometers ?

Tous les équipements Kalstein sont garantis 1 an contre les défauts de fabrication. La garantie ne couvre pas les dommages dus à une mauvaise installation ou utilisation. Consultez nos «conditions générales» AQUI.

Puis-je demander un devis en ligne de fluorometers ?

Oui, vous pouvez demander un devis directement sur notre site officiel. Cliquez AQUI.

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