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Grant

Densitometer DEN-1

Densitometer DEN-1

€699,00 EUR
€699,00 EUR €699,00 EUR
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DEN-1

Estimated delivery time: 4-6 weeks

Warranty: 2 years

Grant Instruments DEN-1 - Densitometer

The DEN-1 is a compact and efficient densitometer designed for measuring cell suspension density in standard 18 mm test tubes. It is ideal for routine applications in microbiology, biotechnology, and clinical diagnostics laboratories.

Applications:

Life Sciences:

  • Measurement of cell suspension turbidity.
  • Standardization of bacterial and yeast cultures before analysis.
  • Preparation of cell cultures for various laboratory applications.

Specifications:

Dimensions (h x d x w) 75 x 115 x 165 mm
Temperature range +4 to 40ºC
Light source LED
Wavelength 565 ±15 nm
Range (McFarland units) 0.00 to >15.00
Precision ±3%
Measurement time 1 second
Tube diameter (external) 18 mm
Tube diameter (with D16 adapter) 16 mm
Sample volume >2 ml
Display / Display resolution LED / 0.1 McF
External power supply Input AC 120-230V, 50/60Hz; Output DC 12V
Power consumption (230V) 1W (0.08A)
Weight 0.7 kg

About:

The DEN-1 densitometer provides quick and reliable measurements, ensuring the reproducibility of results in laboratory environments.

  • Ease of Use: Simple operation with a user-friendly design, including a clear LED display for direct readings.
  • Accurate and Consistent: Utilizes a high-quality LED light source for precise measurements.
  • Compact and Lightweight: Its small size and low weight make it highly portable and space-efficient.
  • Durable Construction: Designed for long-term use in demanding laboratory conditions.

The DEN-1 is an indispensable tool for laboratories focusing on cell culture standardization and density measurements.

BROCHURES

DEN-1 Densitometer Operating Instructions Grant

Brochure Densitometers Grant

View full details

Accessories for DEN-1 densitometer

Applications

Typical applications include determining concentration of cells (bacterial
and yeast cells) in the fermentation process, detecting the susceptibility of micro-organisms
to antibiotics, identifying micro-organisms with various test systems, and measuring optical
density at fixed wavelength.

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