With a wide variety of flexible options, the Tri-Carb liquid scintillation counter is optimal for everything from basic research to advanced, low-level environmental analysis. Not only are these detectors capable of meeting or exceeding the requirements of your most demanding applications, but they’re also backed by our experience and innovation in liquid scintillation analysis for more than 60 years.
Dimensions | 103.0 cm (W) x 81.0 cm (D) x 47.0 cm (H) |
Weight | 217.0 kg |
21CFR Compatible | Yes |
Brand | Tri-Carb Liquid Scintillation Counter |
Model | Tri-Carb A4810TR |
Radioisotope | Ba-133 |
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.
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 |
Whatever your application need, Wizard2 delivers superior gamma counting performance. Today’s laboratories are pressured to do more with less – fewer resources, less time and tighter turnaround. Wizard2 gamma counters offer enhanced features to make sure you’re up to the challenge now and in the future.
Dimensions | 650.0 mm (W) x 770.0 mm (D) x 729.0 mm (H) |
21CFR Compatible | Yes |
Brand | Wizard2 |
Detector Type | 2 Detectors |
Model | Wizard2 2470-0020 |
Sample Size | 550 |
Providing coincidence counting, a unique patented configuration with two photomultiplier tubes that simultaneously detect signal, the MicroBeta2 system ensures high efficiency and extremely low background for a variety of radionuclides. Also, it features time-resolved liquid scintillation counting (TR-LSC), delivering improved counting performance for opaque plates where traditional coincidence counting isn’t possible.
Dimensions | 433.0 mm (W) x 645.0 mm (D) x 609.0 mm (H) |
21CFR Compatible | Yes |
Brand | MicroBeta |
Detector Type | 1 Detector |
Model | Microbeta 2450-0010 |
Determination of 14C and 3H content using sample combustion in a PerkinElmer Sample Oxidizer has gained worldwide acceptance as the method of choice for many applications. The full product line of oxidizer reagents and supplies recommended are designed for use with PerkinElmer’s product Sample Oxidizers to ensure superior performance and consistently reliable results.
Glass provides unparalleled optical clarity (good visibility) and is chemically inert, making it suitable for use with aggressive reagents and solvents. However, glass vials can break when falling on the ground, increasing the risk of contamination.
Borosilicate (Pyrex) glass is preferred due to its lower content of potassium, as compared with soda-glass. Potassium-40 is the largest contributor to background in glass vials. A maximum volume of 20 mL is fixed due to the dimensions of current photomultiplier tubes (2 inch diameter).
Product Number | Description | Nominal Volume | Caps |
6000167 | Pico Glass Vial | 7.0 mL | Foil-lined urea screw caps |
6000096 | Econo Glass Vial | 20.0 mL | Foil-lined urea screw caps |
6000097 | Econo Glass Vial | 20.0 mL | Poly screw caps |
6000128/6000129/6000349 | High Performance Glass Vial | 20.0 mL | Foil-lined urea screw caps |
6000134 | High Performance Glass Vial | 20.0 mL | Poly-cone lined urea screw caps |
6001009 | Oximate Vial | 20.0 mL | Foil-lined urea screw caps |