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Automatic Colony Counter NACOC-100

Automatic Colony Counter NACOC-100

Automatic Colony Counter NACOC-100 offers a has a pixel resolution that detects colonies as small as 0.1 mm. It features human-aided identification and metrological calibration for reliable results. This is designed for efficient and accurate colony counting in laboratory environments. Our dual light source switching ensures clear visualization of samples. It has a multi-dish compatibility that enhances its usability across various applications.


$10,025.00

Catalog

Specifications

Upper Light Source Switch
Lower Light Source Switch
Count mode Human-Aided Identification, Metrological Calibration Pattern
Traceability Historical Results
Pixel Resolution 8.29 million
Smallest Colony Recognition Size 0.1 mm
Maximum Size of Petri Dish <120 mm
Software Language English
Power Supply AC100V to 240V, 50 Hz
Dimension (W×D×H) 290 × 260 × 380 mm

Features

  • Small colony detection
  • Adjustable light sources
  • Compact design
  • Reliable statistical results
  • User-friendly interface
  • Wide voltage input

Applications

  • Automatic Colony Counter NACOC-100 used for accurately counting microbial colonies in petri dishes to ensure precise laboratory analysis. It is widely used in microbiology labs, pharmaceutical industries, research institutions, food safety labs, and quality control environments.

Ask Expert

FAQ for Automatic Colony Counter NACOC-100

1: What is the smallest colony size Automatic Colony Counter NACOC-100 can detect?

Automatic Colony Counter NACOC-100 can detect colonies as small as 0.1 mm, ensuring precise counting even for tiny microbial colonies in petri dishes.

2: Does the Automatic Colony Counter NACOC-100 support multiple petri dish sizes?

Yes, the Automatic Colony Counter NACOC-100 is compatible with petri dishes up to 120 mm, offering flexibility for various microbiological applications.

3: What counting modes are available in the Automatic Colony Counter NACOC-100?

The Automatic Colony Counter NACOC-100 supports human-aided identification and a metrological calibration pattern, combining accuracy with operational efficiency.

4: Is the light source adjustable in the Automatic Colony Counter NACOC-100?

Yes, both upper and lower light sources have switch controls, providing optimal illumination for clear colony visualization.

5: What power supply does the Automatic Colony Counter NACOC-100 use?

Automatic Colony Counter NACOC-100 operates on AC 100V to 240V, 50 Hz, making it suitable for use in laboratories worldwide without additional power adapters.

6: What is an Automatic Colony Counter?

Automatic Colony Counters automatically count microbial colonies in petri dishes, reducing manual effort while improving accuracy and efficiency in laboratory workflows.

7: Can it handle different sizes of petri dishes?

Yes, most Automatic Colony Counters are compatible with various petri dish sizes, typically up to 120 mm, offering flexibility for different testing needs.

8: Do Automatic Colony Counters store or export data?

Many models provide data logging and historical result storage, with options for USB or network export, depending on the model.

9: How accurate are Automatic Colony Counters?

Automatic Colony Counters use high-resolution imaging and precise algorithms to achieve accurate counts, even for very small colonies, ensuring repeatable and reliable results.

10: Where are Automatic Colony Counters used?

Automatic Colony Counters are widely used in microbiology labs, pharmaceutical production, food safety testing, research facilities, and environmental testing labs.

Related Models Of Automatic Colony Counter

Labnics Automatic Colony Counters are designed to streamline microbial colony counting from petri dishes. They feature high-resolution imaging that ensures accurate colony detection. Our adjustable illumination provides clear visibility of colonies under various conditions. These have intelligent counting algorithms that improve efficiency and reduce human error. They have multiple configurations with human-aided or automated modes that enable precise colony analysis.

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