BPCL-LIC96 Photo-induced Chemiluminescence Analyzer Introduction: The BPCL-LIC96 Chemiluminescence Analyzer is a research-oriented chemiluminescence detection platform. It utilizes a high-sensitivity photomultiplier tube (PMT) as the chemiluminescence detector and can be equipped with one high-power laser. Additionally, it can be configured with up to three high-power LED light sources of different wavelengths. Utilizing a 96-well plate, it enables continuous automatic detection of multiple wells, with direct readout of the optical signal from each well, and provides raw chemiluminescence spectra. Multiple parameters, including light power, light exposure time, delay time, sampling time, and measurement rate, can be set. Instrument applications include chemiluminescence, fluorescence, and long-afterglow measurements; determination of biomolecules, including enzyme activity, receptor-ligand reactions, low-affinity reactions, second messenger levels, DNA, RNA, proteins, peptides, and carbohydrates Related industries include university research institutions, reagent research and development, and new drug research and development. Technical Specifications: 1. Detector (1) A high-sensitivity photomultiplier tube is used as the detector. (2) The detector is equipped with a refrigeration temperature control system to avoid temperature drift and reduce background noise. (3) Detection spectral range: Selectable from 300-650nm and 300-900nm. (4) Programmable high-voltage module, 0-1500V, with an accuracy of 0.1V and adjustable amplification factor. (5) Bandpass filter: 615nm (other wavelengths can be customized) 2. Sensitivity and stability (1) Utilize our self-developed ultra-weak standard light source with a power of 10^-13W for metrology. (2) A weak light source of 10^-13W can provide a counting rate of 10,000-20,000 per second. (3) The long-term stability is better than 1.5% (RSD, standard light source test). 3. Light source (1) Solid-state laser, wavelength: 680 nm (other wavelengths can be customized), power: greater than 200mW (power adjustable). (2) High-power LED light sources, up to three can be selected, with customizable wavelengths and a maximum power of 3W. 4. Time-resolved data acquisition (1) Time resolution: 10 μs (2) Acquisition rate: adjustable from 0.01 to 10000 ms. (3) Maximum count per second: 2 million cps (4) Range: 5 orders of magnitude 5. Direct reading of porous plate (1) Two types of microplates are available: 96-well and 384-well (2) XY motion control utilizes high-precision lead screws from Japan, achieving a step accuracy better than 0.1mm (3) The test hole positions are selected through software and automatically analyzed in sequence (4) Laser irradiation time on the sample is 500 ms (other time options are available) (5) Sample luminescence acquisition time: 1000 ms (other time options available) (6) Fastest testing rate: 2 seconds per hole 6. Analysis software (1) Test parameters can be set in the backend, and the operation interface is user-friendly. (2) Standard curve fitting includes a variety of equations to choose from, such as polynomials, exponents, logarithms, and more (3) It has the ability to analyze both single samples and parallel samples, and automatically calculate the average, deviation, and relative standard deviation of the parallel samples (4) Equipped with an analysis platform featuring automatic peak search, automatic integration, curve fitting, and other functions; it provides real-time display of data point dynamic curves, real-time display of acquisition time, count rate, total count, and the ability to export data to Excel. 7. Environmental requirements (1) Power supply: AC220V, 50Hz, 150W, grounding resistance less than 3Ω (2) Communication method: USB (3) Computer: Processor i5 or above, memory 8G or above, 64-bit Windows operating system (4) Room temperature: 10-30℃ (5) Humidity: 30-85% (6) Length, width, and height: 47*47*40cm
BPCL-LIC96 Photo-induced Chemiluminescence Analyzer Introduction: The BPCL-LIC96 Chemiluminescence Analyzer is a research-oriented chemiluminescence detection platform. It utilizes a high-sensitivity photomultiplier tube (PMT) as the chemiluminescence detector and can be equipped with one high-power laser. Additionally, it can be configured with up to three high-power LED light sources of different wavelengths. Utilizing a 96-well plate, it enables continuous automatic detection of multiple wells, with direct readout of the optical signal from each well, and provides raw chemiluminescence spectra. Multiple parameters, including light power, light exposure time, delay time, sampling time, and measurement rate, can be set. Instrument applications include chemiluminescence, fluorescence, and long-afterglow measurements; determination of biomolecules, including enzyme activity, receptor-ligand reactions, low-affinity reactions, second messenger levels, DNA, RNA, proteins, peptides, and carbohydrates Related industries include university research institutions, reagent research and development, and new drug research and development.
