All Categories

History

Radioactivity measurement device using a well-shaped ionization chamber Digital Curimeter-IGC-8B
Radioactivity measurement device using a well-shaped ionization chamber Digital Curimeter-Chiyoda Technol Co., Ltd.

Radioactivity measurement device using a well-shaped ionization chamber Digital Curimeter
Chiyoda Technol Co., Ltd.

Chiyoda Technol Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

60.3hours


About This Product

A single device can cover everything from measuring the amount of radioactivity such as 99mTc and positron nuclides using an ionization chamber detector to counting measurements using a well counter option using a well-type NaI (Tl) scintillation detector. This is a radioactivity measurement device using a well-shaped ionization chamber. A total of 25 nuclides can be selected, including 8 nuclides commonly used in nuclear medicine, and any nuclide can be registered and measured. (Maximum 99 nuclides) Adopts a 10.4-inch color LCD touch panel display with good visibility. The Japanese display makes it easy to set nuclide conditions.

■Product features

・In addition to 89Sr and 90Y, which are used as beta-ray therapeutic agents, it is also possible to measure alpha-ray therapeutic agent 223Ra. - Even for nuclides that are not registered in the preset nuclides, it is possible to measure them by inputting the conversion constant and half-life. -Equipped with a learning function that sorts the 8 main nuclides in order of frequency of use and makes them even easier to use. - Standard support for positron nuclides such as 11C and 18F, measurement unit can be switched to Bq or Ci. - Equipped with a variety of calculation functions as standard, including background subtraction, half-life correction, concentration and dose volume calculation. ・It is possible to measure vials and syringes as they are by using a special sample holder. -A calibration certificate is attached. We will also issue a calibration certificate during inspection and calibration. ・Label printer (optional) ・Measurement results can be printed by connecting a dot printer (optional). It also supports external communication output.

  • Product

    Radioactivity measurement device using a well-shaped ionization chamber Digital Curimeter

Share this product


250+ people viewing

Last viewed: 4 hours ago


Free
Get started with our free quotation service - no cost, no obligation.

No Phone Required
We respect your privacy. You can receive quotes without sharing your phone number.

1 Models of Radioactivity measurement device using a well-shaped ionization chamber Digital Curimeter

Image Part Number Price (excluding tax) High pressure display Power supply Mass Display range Measurement result display Measurement accuracy Measuring range Measuring nuclide Measurement time remaining amount display Measurement time Unit of measurement Detector well volume Detection method Dosed liquid volume calculation External communication output Half-life calculation Half-life graph Reproducibility Usage environment Background subtraction Weight time
Radioactivity measurement device using a well-shaped ionization chamber Digital Curimeter-Part Number-IGC-8B

IGC-8B

Available upon quote

Can be

Main unit: AC100V, 50/60Hz, max. 40VA, Dot printer (optional): AC100V, 50/60Hz, approx. 7VA, Label printer (optional): AC100V, 50/60Hz, approx. 45VA

Detection part: Approx. 21kg, Measuring part: Approx. 4kg, Dot printer (optional): Approx. 0.5kg, Label printer (optional): Approx. 1.6kg

0.000kBq~999.9GBq (0.00μCi~999.9Ci) Automatic range switching

Nuclide, radioactivity amount, half-life graph, half-life calculation

Measurement time automatic mode: ±5% (99mTc approximately 19MBq or more), measurement time specified mode (with cumulative average): ±5% (measurement time 2 seconds, number of repeats 20 times, positron nuclide, approximately 4.2MBq or more)

Measurement time automatic mode: 0.01MBq to approx. 100GBq (0.1μCi to approx. 3Ci), measurement time specified mode (with cumulative average): 0.01MBq to approx. 22GBq (0.1μCi to approx. 0.6Ci)

Γ (X) ray emitting nuclides of 30keV or higher, 21 registered nuclides with conversion constants set, 5 registered nuclides with no conversion constants set.

Can be

Measurement time automatic mode (at 99mTc): 370MBq or more approximately 2~5 seconds, 11~370MBq approximately 10 seconds, 11MBq or less 120 seconds or less, measurement time specification mode: 2~100 seconds (can be set in 1 second increments)

Bq, Ci

Approximately φ44mm×270mm

Well-type ionization chamber filled with argon gas

Can be

Can be

Can be

Half-life calculation results can be graphed

Measurement time automatic mode: ±1% (99mTc approximately 19MBq or more), measurement time specified mode (with integrated average): ±1% (measurement time 2 seconds, number of repeats 20 times, positron nuclide, approximately 4.2MBq or more)

Temperature: 15~35℃, Humidity: 30~75% (no condensation), Air pressure: 75~106kPa

Can be

Can be set from 0 to 999 minutes when setting repeat

Customers who viewed this product also viewed

Reviews shown here are reviews of companies.

See More Radiation Meters Products

Other products of Chiyoda Technol Co., Ltd.

Reviews shown here are reviews of companies.


View more products of Chiyoda Technol Co., Ltd.

About Company Handling This Product

Response Rate

100.0%


Response Time

60.3hrs


Company Review

5.0
  • Japan

This is the version of our website addressed to speakers of English in the United States. If you are a resident of another country, please select the appropriate version of Metoree for your country in the drop-down menu.

Copyright © 2024 Metoree