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Manual Colony Counter LMMCC-A101

Manual Colony Counter LMMCC-A101 operates to a maximum temperature of 50°C preserving the integrity of the samples. It is compatible with petri dish sizes from 50 to 150 mm. Our colony counter features magnification range from 3 to 9 times with a counting range of 999. It is equipped with an LED display for monitoring variable parameters.

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Specifications

Compatible Petri Dish Size 50 to150 mm
Counting Range 0 to 999
Digital display 3 digit
Lighting Matrix LED white light
Magnification 3 - 9 times
Permissible ambient temperature 5 ℃ to 50 ℃
Relative Moisture 80 %
Protective Class IP21
Voltage AC 100 - 240 V; 50 / 60 Hz
Power 40 W
Dimensions 360 × 300 × 180 mm
Net Weight 4.0 Kg

Pricing

Product Price Unit Action
Manual Colony Counter LMMCC-A101 $ 1375 Pack of 1

Features

Compact and durable
IP21 protection glass
Equipped with auto marker probe pen
Audible feedback on colony detection

Applications

Manual Colony Counter accurately counts the number of colonies and is widely utilized in microbiology research, clinical diagnostics, food and beverage industry, environmental testing, and pharmaceutical industry.

Selection Guide

Manual Colony Counter LMMCC-A101 is designed for accurate and efficient counting of bacterial and fungal colonies on agar plates, making it ideal for microbiological research and routine laboratory applications. It is widely used in fields such as pharmaceuticals, food safety, water quality testing, and environmental monitoring. This model supports a compatible Petri dish size range of 50 to 150 mm and features a 3-digit digital display with a counting range of 0 to 999. It provides adjustable magnification from 3 to 9 times and a bright LED white light matrix for enhanced visibility. Certified with CE and ISO standards, it ensures reliability and compliance with laboratory quality systems. Researchers favor this model for experiments that require manual verification and accuracy in colony identification, such as antibiotic efficacy testing and microbial load analysis. Its ergonomic design and consistent performance make it a dependable choice for microbiology labs.

Similar Products

Manual Colony Counter LMMCC-A100

  • Compatible Petri Dish Size: 50 to 90 mm
  • Counting Range: 0 to 999
  • Digital display: 3 digit
  • Lighting: Matrix LED white light
  • Magnification: 3 - 9 times

$ 1312.5 / Pack of 1

Frequently Asked Questions

1 What is a Manual Colony Counter?

A Manual Colony Counter is an apparatus designed to manually count microbial colonies on agar plates.

2 How does a Manual Colony Counter work?

It works by manually marking each colony with a stylus, which records the count on a display.

3 Can Manual Colony Counter be used in clinical laboratories?

It is commonly used in clinical laboratories for counting bacterial colonies in diagnostic samples.

4 Is Manual Colony Counter suitable for pharmaceutical testing?

It is used in pharmaceutical labs to monitor microbial contamination and ensure product sterility.

5 Can environmental labs use Manual Colony Counter for water testing?

It is useful in environmental labs to count microbial colonies in water, soil and air samples.

6 Is Manual Colony Counter effective for antibiotic testing?

It is effective in counting colonies in antibiotic susceptibility tests like the CFU (Colony Forming Unit) method.

7 Is Manual Colony Counter used in dairy microbiology labs?

It is widely used in dairy labs for detecting spoilage organisms and verifying hygiene standards in milk and cheese products.

8 Is Manual Colony Counter applicable in hospital infection control?

It is used to monitor microbial growth on surfaces and equipment for infection control audits.

9 Can Manual Colony Counter be used in agricultural labs?

It is used in agricultural labs to assess soil microbiology, plant pathogens, and fertilizer effects on microbial activity.

10 Can Manual Colony Counter be used in biotechnology R&D?

It is essential in biotech research and development for quantifying colony-forming units in genetic and microbial studies.