Overview

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.

Features :

Process multiple plate types
Crafted with ABS plastic
Quick colony reading
Manual addition and deletion of colonies
Can set non-countable area

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 plate Pour 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

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.