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Bilirubinometer FM-BLM-A100 Bilirubinometer FM-BLM-A100 Bilirubinometer FM-BLM-A100

Bilirubinometer FM-BLM-A100

Bilirubinometer FM-BLM-A100 is a compact lightweight system crafted for treating diverse conditions. It works on direct photometry principles and can handle samples ranging from 40 to 45 µL. Operating within a temperature range of 10 to 30 ℃, it guarantees precise and dependable results. Equipped with a disposable 75mm/60µL capillary and a bi-chromatic photometer, it ensures accurate measurements. The LCD display with backlighting makes result reading effortless

Specifications

Principle Direct photometry
Sample capacity 40 to 45 µL
Temperature Range 10 to 30 ℃
Humidity ≤ 95%
Capillary 75 mm / 60 µL disposable capillary
Photometer Bi- chromatic - 450 nm , 578 nm ( Filter)
Heat up ≥ 5 min
Light source White light LED
Display 16 x 2 ASC code LCD with backlit
Interface Standard RS232
Connection port USB port
Power supply AC 100 -240 V, 50 /60 Hz , DC 12 V 3A
Capillary Diameter 1.3 mm to 1.4 mm
Dimension (L × W × H) 250 × 190 × 85 mm
Packing dimension (L × W × H) 320 × 250 × 170 mm
Net weight 2 Kg
Gross weight 3 Kg

Features

  1. Bilirubinometer ensures high accuracy
  2. Bi-chromatic with 450 nm and 578 nm filters
  3. Offering flexibility in various settings
  4. Thermal printer for easy documentation
  5. Standard RS232 interface
  6. USB port

Applications

  • Bilirubinometer is ideal for various sectors, including research laboratories, pharmaceuticals, biotechnology, veterinary medicine, and the food and beverage industry

Bilirubin Meter

Fison Bilirubin meters are designed to be compact and lightweight for assessing liver health and diagnosing related disorders. These devices work on the principle of direct photometry, can handle samples ranging from 40 to 45 µl and operate between 10ºC to 30ºC. The meters come with a disposable 75mm/60µl capillary and bi-chromatic photometer. Our bilirubin meters include an LCD display with backlighting, making it simple to interpret results for effective medical intervention.