Integrated TLC radioactive thin layer scanner

Integrated TLC radioactive thin layer scanner

Model: RTS-D

Introduction

Integrated TLC radioactive thin layer scannerApplied to radiochemical analysis and quantitative analysis of nuclear medicine drug quality control: daily quality control of radiopharmaceuticals: radiochemical purity analysis of compounds labeled with a, β, and γ rays: applied in HPLC detection systems. The detector can be replaced and different detectors can be selected for detection

Testing different types of nuclides: using SIPM type NaI scintillator to detect pure gamma nuclides; using SIPV type scintillator to detect high-energy a and beta rays (better for positron detection); Enhanced optical detectors can detect gamma rays with energy ≤ 40Kev.

Technical performance:

configuration

Daily quality control of commonly used radiopharmaceuticals such as F18-FDG, Tc99m, I131, etc;

Selecting different detectors can achieve radiochemical purity analysis of compounds labeled with alpha, beta, and gamma rays;

Replacing the probe can be applied to other inspections;

Can be applied in HPLC detection systems;

Detector - It can be easily replaced to measure all commonly used nuclides, including but not limited to

The following isotopes:

1. Use PMT+NaI scintillator to detect 125I, 131I, 99mTc, etc;

2. Use PMT+plastic scintillator to detect positron nuclides (such as F18, Ga68, etc.) and all high-energy alpha and beta rays.

Data interface

1. Provide 0-2v analog interface.

2. Built in network interface and dedicated software can be used to directly measure the radiochemical purity of compounds

Quantity.

Nuclear signal detection unit

Scanning speed: 0.1, 0.25,

1.0，2.0mm/s

Analog output: 0-2V

Range: 20kcpm-20mcpm

High voltage: 0-1000V

Sports unit

Scanning speed: 0.1, 0.25,

1.0，2.0mm/s

Scanning range: 0-20cm

Flat surface area: 5x20cm

Specialized probe

Gamma detector

PET nuclide and high-energy alpha/beta detector