 |
ATOMLAB 950 PC-Based
Thyroid Uptake System
|
|
The Atomlab 950 Thyroid Uptake System is a multi-purpose spectrum analysis instrument designed for diverse applications. Uptake studies, bioassays, Schilling and hematology tests, wipe tests, and other tasks are accomplished with speed and precision using this fully integrated computer-controlled instrument and a comprehensive selection of application software.
|
|
|
| |
 |
CAPTUS 3000 PC-Based
Thyroid Uptake System
|
|
The Captus 3000 Thyroid Uptake System software program includes Thyroid Uptake, Wipe Testing, Bioassay, Schillings, Dicopac®, Blood Volume, and RBC Survival testing. The versatile 1024 multi-channel analyzer (MCA) allows measure-ments of energies up to 2 MeV and has an isotope selection library with over 90 isotopes and adjustable ROI's for easily reproducible counting parameters.
|
|
|
| |
 |
Captus® 3000 Portable
Thyroid Uptake System
|
|
The new Portable Captus® 3000 Thyroid Uptake System provides significantly improved portability and maneuverability. This lightweight module is easy to move and position. The system folds into a compact form for convenient storage.
|
|
|
| |
 |
ATOMLAB 930 Thyroid Uptake System
|
|
The Atomlab 930 Thyroid Uptake System is a versatile, cost-effective spectrum analysis system for performing uptake studies, bioassays, Schilling tests, wipe tests, and other user-defined tasks. The system’s multi-channel analyzer has separate inputs connections for the probe and optional well counter. Programs print out concise, easily interpreted reports.
|
|
|
| |
 |
CAPTUS 600 Thyroid Uptake System
|
|
The Captus 600 Thyroid Uptake System is a complete microprocessor controlled Thyroid Uptake System that offers a cost effective alternative to PC based systems. The system is driven by a 256 channel pulse height analyzer coupled to a 2" x 2" NaI
(Tl) detector. With functional power to handle the heaviest workloads, the menu-driven operations
provide easy-to-follow prompts on a large screen.
|
|
|
| |
 |
Thyroid Uptake Accessories
|
|
|
|
|
| |
|