Fluorescence Microplate Reader

The MGC – 500 Seriesfluorescence microplate reader
represents the zenith of high – throughput microbial growth analysis systems, engineered with a focus on precision, efficiency, and remarkable versatility. Ideal for a broad spectrum of applications, from in – depth microbial growth studies and fermentation optimization to advanced scientific research, the MGC – 500 Series is set to revolutionize your laboratory workflows with its unrivaled performance.
Key Features
High – Throughput Capabilities
Dual plate positions are complemented by multiple adapters, ensuring seamless compatibility with a wide array of plate sizes.
Empower your experiments by processing up to 192 samples concurrently, maximizing productivity without compromising on accuracy.
Full – Spectrum Scanning
Spanning an extensive wavelength range from 300 – 850nm, the MGC – 500 Series offers comprehensive spectral coverage.
Leveraging intelligent technology, it automatically pinpoints the most suitable wavelength for your unique samples, enhancing data quality.
Multi – Wavelength Absorbance Detection
Capable of detecting absorbance at multiple wavelengths within the 300 – 850nm spectrum, this feature is tailor – made for analyzing diverse biomass samples.
Gas Control System
Rigorously monitors and precisely controls O₂ and CO₂ concentrations, providing a stable environment for microbial growth.
Enables anaerobic environment testing, catering to specialized microbial studies that require specific gas conditions.
Light Function (Optional)
Outfitted with RGBW four – color light settings, it serves as an invaluable tool for investigating the impact of light cycles, wavelengths, and intensities on algae and other light – sensitive organisms.
High – Speed Shaking
With shaking speeds reaching up to 1250 rpm, it guarantees thorough mixing, fostering efficient microbial culture growth in 96 – well plates.
Accurate Assay
The single – well multipoint assay technique offers significantly higher accuracy and reproducibility compared to conventional center – point reading methods, ensuring reliable experimental results.
Energy – Efficient Xenon Lamp
Emits high – resolution, high – sensitivity light, enabling rapid and precise detection.
Its stable, long – lifespan design minimizes the need for frequent replacements, reducing maintenance costs.
Efficient Temperature Control
Cooling and heating modules work in tandem to maintain a temperature range of 15 – 60°C (15 – 45°C when gas control is activated).
Mid – culture temperature adjustments can be precisely executed, facilitating the accumulation of specific metabolites.
The anti – condensation thermal cover design safeguards against temperature – related disruptions, ensuring consistent performance.
Advanced Denoising Algorithm
An optimized algorithm effectively filters out background noise, resulting in cleaner, more accurate microbial growth curves for in – depth analysis.
User – Friendly Operating System
Comes equipped with standard preset programs, streamlining operation and data processing for users of all levels.
Supports customizable templates, allowing for personalized settings and analysis tailored to specific experimental requirements.
Incorporating these advanced features, the MGC – 500 Series stands as a testament to innovation in microbial growth analysis, ready to meet the demands of modern laboratories and research facilities.

Escherichia coli is one of the most common microor ganisms in the laboratory. It is a Gram-negative short bacillus with a size of 0.5 × 1-3 μm. It has perinatal flagella, can move, and has no spores.	Fission yeast is a typical biological model of cell division and is widely used in cell biology research. It is 4~5×8~15μm in size, easy to settle, and requires a high speed to mix.	Lactobacillus rhamnosus is an anaerobic, acid-resistant, non-spore-forming Gram-positive probiotic with a size of 0.8~1.0×2~4μm. It is usually cultured statically and easy to aggregate and low-speed rotational culture in MGC-200 can avoid agglomeration.	Lactobacillus plantarum is a kind of lactic acid bacteria, anaerobic or facultative anaerobic, 0.9~1.2×3~8μm in size, round-ended straight bacteria. Usually lacks flagella, but is able to move. Gram positive, non-spore forming.
Escherichia coli growth curve	Fission yeast growth curve	Lactobacillus rhamnosus growth curve	Lactobacillus plantarum growth curve
(Incubation temperature 36°C, 96-well plate, incuba tion volume 200μL, incubation time 24hr, interval time 10min)	(Incubation temperature 30°C, 48-well plate, incubation volume 500μL, incubation time 24hr, interval 30min)	(Incubation temperature 37°C, 12-well plate, incubation volume 2400μL, incubation time 72hr, interval 30min)	(Incubation temperature 37°C, 12-well plate, incubation volume 2400μL, incubation time 24hr, interval 30min)

Why Choose the MGC-500 Series?

Versatile: Ideal for synthetic biology, metabolic engineering, fermentation optimization, and more.

Efficient: High-throughput design saves time and resources.

Precise: Advanced features ensure reliable, reproducible results.

Why We Outshine Competitors?
Broad Spectrum Detection (300-850nm): No more single-wavelength blind spots!
Flexible Consumables: 12/24/48/96-well plates-scale your experiments effortlessly!
Gas-Sipping Design: Uses 90% less gas than clunky incubators-budget-friendly science!

Who’s Using It? Where?
Labs & Academia: Synthetic Biology, Food Science, Microorganism, Metabolic Engineering, etc.
Hospitals: Rapid pathogen growth analysis for precision antimicrobial therapy!
Biotech & Pharma: Probiotic R&D, Fermentation Optimize, preservative testing-data-driven decisions!

MGC-500: The Ultimate Upgrade
The MGC-500 offers all the features of the MGC-200-and more! With enhanced capabilities and advanced functionality, it’s the perfect choice for labs seeking greater performance and versatility.