Get Quote
Contact us now to receive a detailed quotation.
Automatic Colony Counter LMACC-A102 accommodates petri dishes 90 mm and 55 mm and counts 300 colonies within 3 seconds. It operates efficiently within a working temperature range of 0 to 50°C, ensuring reliable performance. Our colony counter can differentiate and quantify various strains by recognizing up to 8 distinct colours.
Specifications
| Camera | high-definition CCD camera |
| CCD Resolution | 16,000,000 pixels |
| Counting Software | Smart counter software |
| Language | English |
| Colony Size Resolution | > 0.1 mm |
| Colony Color Recognition | 8 colors |
| Applicable Methods | Spread platePour plate Spiral plate Membrane filter |
| Counting Speed | 300, less than 3 seconds |
| Light Source | Bottom LED light |
| Temperature | 0 to 50°C |
| Material | ABS plastic |
| Size Of Petri Dish | 90 mm, 55 mm |
| Power Consumption | 20 W |
| Power Supply | AC 110 to 220 V, 50 Hz |
| Dimension | 290 × 260 × 380 mm |
| Weight | 3 kg |
Features
Process multiple plate types
Crafted with ABS plastic
Quick colony reading
Manual addition and deletion of colonies
Can set non-countable area
Applications
Automatic Colony Counter accurately counts the colonies and is mainly used in microbiology labs, food, beverage, pharmaceutical industries, clinical diagnosis, wastewater analysis, quality control, research, and development.
Selection Guide
Automatic Colony Counter LMACC-A102 is an advanced microbiological analysis device ideal for laboratories that require high-throughput and accurate colony counting. Based on research and experimental use, it is well-suited for applications in pharmaceutical quality control, food safety testing, environmental monitoring, and clinical diagnostics. The system is equipped with a high-resolution camera and intelligent software that provides accurate and rapid counting, even with dense or overlapping colonies. It supports various Petri dish sizes and works efficiently with different types of agar media. Certified with ISO and CE standards, the device meets international safety and performance benchmarks. This model is best chosen by customers needing reliable documentation, high accuracy, and automation for large-scale or research-intensive microbial studies.
Similar Products
Frequently Asked Questions
1 What is an Automatic Colony Counter?
An Automatic Colony Counter is an apparatus designed to accurately counts microbial colonies on agar plates using image analysis technology.
2 How does an Automatic Colony Counter work?
It works by capturing images of agar plates and using software to detect and count microbial colonies.
3 Can Automatic Colony Counter be used in pharmaceutical testing?
It ensures accurate microbial counts in sterility and bioburden testing thereby meeting regulatory standards.
4 Can Automatic Colony Counter be used in food safety labs?
It helps to detect and count microbial contamination in food samples to ensure compliance with HACCP and ISO safety standards.
5 How does Automatic Colony Counter improve laboratory efficiency?
It speeds up the colony counting process, reducing manual labor and human error, which leads to faster results and higher throughput in lab.
6 How can Automatic Colony Counter be used for environmental monitoring?
It is ideal for detecting microbial colonies in environmental samples like soil, air, and water, supporting environmental health and contamination studies.
7 Is Automatic Colony Counter useful for antibiotic resistance studies?
It helps quantify colony growth on antibiotic-containing plates, aiding in research on antibiotic resistance patterns in various pathogens.
8 Can Automatic Colony Counter be used for monitoring microbial growth in clinical diagnostics?
It is used to monitor the growth of pathogens in diagnostic samples, ensuring accurate and timely results in clinical microbiology testing.
9 Can Automatic Colony Counter be used in vaccine development?
It is used to monitor bacterial or viral culture growth as part of quality control and process validation.
10 Can Automatic Colony Counter be used in testing disinfectant efficacy?
It helps quantify the reduction of microbial populations after disinfection, validating product effectiveness per regulatory standards.