US
Revvity Sites Globally
Select your location.
*e-commerce not available for this region.
Quantulus GCT Liquid Scintillation Counter
For research use only. Not for use in diagnostic procedures.
Part #:
A622000
Unit Size:
1 each
Quantulus GCT Liquid Scintillation Counter
Quantulus™ GCT Liquid Scintillation Counter
Quantulus GCT Liquid Scintillation Counter
Product information
Overview
The Quantulus GCT liquid scintillation counter is a fully loaded benchtop instrument with unsurpassed performance for measuring man made, cosmic and other natural radionuclides. Patented GCT technology combined with BGO guard background reduction accurately measures near-background sample activity.
Exclusive standard features
- Patented Bismuth Germanium Oxide (BGO) and Guard Compensation Technology (GCT) – Enhances discrimination against background yielding the highest E2/B values available in a multipurpose liquid scintillation counting system
- Time-Resolved Liquid Scintillation Counting (TR-LSC) – For high sensitivity, low background liquid scintillation counting
- QuantaSmart™ Software – A robust multitasking, easy networking environment with unlimited assays in a secure multiuser environment
- Alpha Beta Separation – Uses Dual Pulse Shape Analyzer (PSA) Discriminator and Histogram to improve accuracy for mixed and unknown samples
- SpectraWorks 2 – Spectral analysis package that determines optimal counting regions, and calculates figure of merit automatically
- Enhanced Instrument Performance Assessment (IPA) - Monitors performance metrics for the life of the instrument
- Replay – Reanalyzes sample counts without recounting samples
- Dynamic Color Correction – Ensures accuracy of tracking lower energy sample spectra over a wide quench range
- Auxiliary Spectrum Memory – Stores rejected events for future analysis
- Bi-directional Sample Conveyer – Has a capacity of up to 408 (20 mL vials) or 720 (4 or 7 mL vials)
- Varisette™ – Sample cassette for intermixing vial sizes without special adapters
- Operational-status LED Indicator – For clear assay status updates at a glance
Additional standard features
- Luminescence Detection flags percent luminescence to alert user of possible sample problems
- Luminescence Correction adjusts for chemiluminescence interference
- Direct DPM determines single-label DPM in any cocktail without the use of quench standards
- Temperature Control maintains optimum conditions for a variety of samples
- 60 Quick Count protocol flags with the flexibility to define unlimited assays
- Fold-away ergonomic arm adaptable to enter data either sitting or standing
- Built in Computer with Windows 10 Operating System
Specifications
| Dimensions | 103.0 cm (W) x 112.0 cm (D) x 47.0 cm (H) |
|---|---|
| Weight |
238.0 kg
|
| 21CFR Compatible |
Yes
|
|---|---|
| Brand |
Quantulus GCT™ Liquid Scintillation Counter
|
| Model |
Quantulus GCT™ 6220
|
| Radioisotope |
Ba-133
|
| Unit Size |
1 each
|
Citations
Resources
Are you looking for resources, click on the resource type to explore further.
Application Note
14C Measurements of samples containing biogenic materials with the help of liquid scintillation spectrometry.
Measure bio-content in fuels and products using sensitive Liquid Scintillation Counting (LSC).
Application Note
Background correction and dependency on quench.
Guide to preparing suitable background samples for accurate scintillation measurements in environmental and natural radioactivity...
Application Note
Creation of a measurement protocol for swipe tests using QuantaSmart software.
Learn swipe test protocols for isotope laboratory contamination monitoring using QuantaSmart software.
Application Note
Determination of the 14C content in Biodiesel: A method improving the detection sensitivity by decolorizing the biogenic material in biofuel
Advanced LSC methodology from Revvity enables precise ¹⁴C analysis in biodiesel samples. Decolorization purification increases...
Application Note
Determination of the 3H, Gross α/β and 222Rn activity concentration in drinking water with the Quantulus GCT 6220
The analysis of drinking water is a continued focus of many laboratories globally. While the determination of the activity of...
Application Note
Differentiation between fossil and biofuels by liquid scintillation beta spectrometry – direct method.
This application note demonstrates liquid scintillation spectrometry's effectiveness in quantifying biocarbon content in fuel...
How can we help you?
We are here to answer your questions.
