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Accurate and reliable measurements are crucial in laboratory settings. A high-quality luminometer ensures consistent data for research, diagnostics, and quality control. Investing in the right device can significantly impact the validity and reproducibility of your experimental results.
Fast Sampling Rate: With a rapid 2.0 times/sec sampling rate, the LX‑1010B Luminometer provides quick and accurate readings, essential for efficient light measurements.
Wide Measuring Range: This light meter boasts a measuring range of 0 Lx to 50000 Lx, making it suitable for a variety of applications where precise illuminance measurements are crucial.
Easy to Read LCD Screen: Features a large, digital LCD screen that displays symbols, units, and readings clearly, ensuring effortless data interpretation even in challenging environments.
Durable ABS Construction: Made from sturdy ABS material, this luminometer is built to withstand the rigors of fieldwork, promising long-lasting durability and reliability.
Complete Package: Comes with the luminometer and an instruction manual, providing you with all the necessary tools and information for accurate light measurements right out of the box.
[Wide Measurement Range]: Accurately measures from 1 to 200,000 lx, with switchable Lx or FC units to suit various lighting conditions in indoor farming, laboratories, or office environments.
[Clear LCD Display]: Features a 3 1/2 digit LCD screen for intuitive, easy-to-read real-time data, improving user convenience during detailed light intensity monitoring.
[Separate Sensor Design]: The detachable measuring head and display allow precise readings in complex or confined spaces without compromising ease of use or accuracy.
[Max/Min & Data Hold Functions]: Enables holding critical measurements and toggling between maximum and minimum recorded values, enhancing monitoring efficiency and data .
[Lightweight & Portable]: Compact and weighing just 6.8 oz, this plastic luminometer offers portability and practical use across homes, offices, classrooms, and controlled environment .
Last update on 2026-07-18 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Luminometers
Maintenance and Support
Routine maintenance is essential for ensuring the longevity and accuracy of your luminometer. This typically involves cleaning optical components and calibrating the instrument. Check the manufacturer's recommendations for cleaning protocols and calibration schedules. Reliable technical support and readily available spare parts are also important factors to consider when making your purchase, as they can minimize downtime in case of issues.
Frequently Asked Questions
What is the difference between a luminometer and a fluorometer?
A luminometer measures light emitted directly from a chemical reaction (luminescence). A fluorometer measures light that is emitted after a sample absorbs excitation light at a specific wavelength. While both measure light, they detect different phenomena.
What is ATP quantification used for?
ATP quantification using a luminometer is a common method to assess the amount of living microbial cells present. It's widely used in environmental monitoring, food safety, and hygiene verification for surfaces and water.
Can luminometers measure bioluminescence and chemiluminescence?
Yes, most luminometers are designed to measure both bioluminescence (light produced by living organisms) and chemiluminescence (light produced by a chemical reaction). The specific assay chemistry dictates which type of luminescence is being measured.
How sensitive do I need my luminometer to be?
Sensitivity requirements depend on your specific application. Assays involving very low concentrations of analytes or requiring detection of faint light signals will necessitate a highly sensitive instrument. Consult your assay protocols for recommended detection limits.
What is a microplate luminometer?
A microplate luminometer is designed to measure luminescence from samples contained within microplates, typically 96-well or 384-well formats. This allows for high-throughput screening of multiple samples simultaneously, increasing efficiency in research and diagnostics.
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