Lexsyg Research Imaging TL-OSL-RF System

Name: Lexsyg Research Imaging TL-OSL-RF System
Brand: Rotunda Scientific

Lexsyg Research Imaging TL-OSL-RF System

Modular TL/OSL System for Advanced Luminescence Research

The Lexsyg Research Imaging TL-OSL-RF System is a modular luminescence measurement system for thermoluminescence (TL), optically stimulated luminescence (OSL), and radiofluorescence (RF) measurements. Its modular design supports configurable optical stimulation, detection, and irradiation options.

The system can accommodate interchangeable OSL stimulation units with up to three wavelengths per unit, an automatic detector changer supporting up to four detector positions, and up to three irradiation sources. The measurement chamber and sample changer operate independently.

Applications include geological and archaeological dating, dosimetry, radiation protection, solid-state dosimetry, and material research.

Features

Thermal Stimulation

Ceramic heating element
Temperature range from room temperature up to 710 °C
Programmable heating and cooling rates from 0.1 to 20 °C/s
Programmable stepwise heating and cooling cycles
Software-controlled temperature functions, including nonlinear heating and cooling
Heating-element cooling using a continuous flow of nitrogen or compressed air
Supports TL, preheat, elevated-temperature luminescence measurements, and irradiation during programmed heating and cooling cycles

Optical Stimulation

Interchangeable OSL stimulation units configurable with up to three wavelengths per unit
High-power LED and laser-diode stimulation sources
Feedback-stabilized OSL stimulation
Continuous Wave OSL (CW-OSL)
Linear Modulated OSL (LM-OSL)
Pulsed OSL (POSL)
Standard 10 µs pulsed OSL, with an optional ultra-fast time-resolved luminescence configuration
Software-controlled detection-filter changes within programmed measurement sequences

Modular Configuration

Automatic detector changer supporting up to four detector positions
PMT, CCD/EMCCD imaging, and spectrometry detection options available depending on configuration
Up to three irradiation sources, with Beta, Alpha, and X-ray options available
Modular design supports future expansion with compatible components

Sample Handling and Operation

Automatic 80-position sample changer
Independent operation of the measurement chamber and sample changer
Samples can be loaded or unloaded while another sample is undergoing measurement or treatment
Independent chamber and sample-changer operation prevents stimulation and irradiation crosstalk
IP-based remote operation and technical-support capability

Applications

Geological and archaeological dating
Material research
Authenticity testing
Retrospective, forensic, and accident dosimetry
Radiation protection
Food irradiation
Solid-state dosimetry
Bioluminescence
Single-grain and spatially resolved luminescence analysis
Radiofluorescence/radioluminescence (RF/RL)
Luminescence emission spectroscopy

Specifications

System Configuration

Specification	Value
Thermal stimulation	Room temperature up to 710 °C; programmable heating and cooling rates from 0.1–20 °C/s
Heating-element cooling	Continuous flow of nitrogen or compressed air
Sample handling	Automatic 80-position sample changer
Optical stimulation	Interchangeable OSL stimulation units configurable with up to three wavelengths per unit
Detection	Automatic detector changer supporting up to four detector positions
Irradiation sources	Up to three irradiation sources; Beta, Alpha, and X-ray options available
OSL measurement modes	Continuous Wave OSL (CW-OSL), Linear Modulated OSL (LM-OSL), and Pulsed OSL (POSL)
Pulsed OSL	10 µs standard; optional ultra-fast time-resolved configuration with <10 ns pulsing
Detection filters	Up to two exchangeable 6-position filter wheels; maximum filter thickness 8 mm
System access	IP-based system for remote operation and technical support

Optical Stimulation Sources

Specification	Value
Available wavelengths	980 nm (IR), 850 nm (IR), 830 nm (IR), 458 nm (Blue), 525 nm (Green), and 620 nm (Red)
Source types	High-power LEDs and laser diodes

LexStudio 2.0 — Operating Software

Multi-level user account management
Automated SAR sequence generation
Flexible parameter definition for stimulation, detection, and heating
Acquisition and storage of heater-temperature data
Data export in ASCII, BIN, BINX, and XSYG formats

LexEva 2.0 — Evaluation Software

Based on the R-package Luminescence
SAR analysis, including radial and Abanico plots
Multiple aliquot regression
Reporting in print and PDF formats
Optional automated background subtraction
Import of BIN, BINX, and XSYG data

Product Downloads

Lexsyg Smart & Lexsyg Research Product Brochure

Relevant Work Using Lexsyg Research and Lexsyg Smart

Service Offerings

Lexsyg Research Imaging TL-OSL-RF System Service Agreement

Support your Lexsyg Research Imaging TL-OSL-RF System with service options from Rotunda Scientific Technologies. Available offerings include installation, preventive maintenance, calibration support, instrument repair, and ongoing service agreements.

Services include:

On-site or remote system installation
Annual on-site preventive maintenance
Calibration support
Instrument service and repair
Individual service options and annual service agreements

Contact our team to discuss your system and determine which services are available for your requirements.

Request Service

Additional Information

Featured Research Publication

Explore an issue of Ancient TL featuring applications of the Lexsyg Research System.

Read the Featured Ancient TL Issue

L1208 LED Headlamp

An updated L1208 LED headlamp is available with tighter tolerances on the red-wavelength light for both single-bulb and multiple-bulb settings. Contact Rotunda Scientific Technologies for availability and additional information.

Food-Irradiation Testing

The Lexsyg Research addresses EN 1788 and EN 13751:2009 for irradiated-food testing.

Geology Applications

Learn About Single-Grain and Spatially Resolved Luminescence Dating

Additional Resources

Read More in Our Blogs