Small Animal Research
The RS 2000·Q2 offers a robust solution for researchers in small animal, stem cell, cancer, and immunology fields. Powered by our 4th generation QUASTAR 2 X-ray platform, it outperforms traditional point source tubes, ensuring superior symmetry, flatness, penetration, and dose uniformity. Delivering energy levels comparable to 320kV tubes, the RS 2000·Q2 also features optional imaging and configurable filters. With RADPlus™ Research Tools designed for enhanced performance and animal comfort, this system runs on a standard 120V outlet and is equipped with caster wheels for easy mobility, making it ideal for any lab environment.
The New Industry Standard for Small Animal Irradiation
The RS 2000·Q2 is driven by the power of our 4th generation QUASTAR 2 X-ray platform, setting a new standard in research for small animal, stem cell, cancer, and immunology studies. This advanced tube technology outclasses traditional point source tubes by delivering unmatched symmetry, flatness, penetration, and dose uniformity. Offering energy levels comparable to 320kV tubes, QUASTAR 2 ensures precision and reliability in every use. With optional imaging and configurable filters, the RS 2000·Q2, powered by QUASTAR 2, is designed to elevate both performance and efficiency in the lab.
Proprietary Quastar® Photonic Decontamination™ Technology
To prepare these laboratory animals for these human-simulated experiments, their original immune system needs to be either weakened or completely destroyed and then reconstructed with human immune cells.
This is achieved through the application of ionizing radiation, and our patented x-ray irradiation technology is the gold-standard for this application.
Multi-level Chamber Exposure System
Developed with a three-level height-adjustable tray exposure chamber allowing for flexible specimen placement. The design allows small animals to be irradiated in their cages reducing cross-contamination and providing a less stressful environment.
RADPlus™ Research Solutions
Patented RADPlus research solutions are engineered to reduce stress on the animal while ensuring beam uniformity of 95% or higher and will not cause skin burns to the animal. Small animals are free to roam their cages for a less stressful environment.
Unmatched Quality Service and Support
With more than 1000 irradiator installs in renowned hospitals, universities, pharma, government and life science institutions worldwide, Rad Source is a proven and reliable x-ray manufacturer with unmatched and trusted services.
Equipment
RS 2000·Q2 Biological Irradiator
The RS 2000·Q2 is designed for small animal, stem cell, cancer and immunology research, and various other applications. Its core is powered by our 4th generation QUASTAR 2 X-ray platform, which offers superior performance to 1st generation point source tubes.
- Industry-leading symmetry, flatness, penetration, and dose uniformity
- Effective energy comparable to 320kV point source tubes
- Optional imaging and the ability to configure various types of filters
- RADPlus™ Research Tools enhance performance and animal comfort
- Does not require a chiller and operates on a standard 120 V wall outlet
- Mounted on caster wheels for mobility
Latest News & Studies
Reduction In Listeria Monocytogenes And Spoilage Bacteria On Smoked Catfish Using X-Ray Treatments
To determine the efficacy of X-ray processes in inactivating L. monocytogenes levels in smoked catfish during storage at 5°C and to determine the effects of X-ray doses on controlling the growth of spoilage bacteria on smoked catfish during storage at 5°C for up to 5 weeks.
Sealed Source Disposal And National Security – Problem Statement And Solution Set
While gamma rays have been a reliable source, the isotopes, primarily cobalt-60 and cesium-137, used to generate these gamma rays have come under heavy scrutiny worldwide in recent years. To quote the abstract of a recent...
Reduction of Vibrio Vulnificus in Pure Culture, Half Shell and Whole Shell Oysters by X-Ray
Mahmoud BS, Coastal Research & Extension Center, Mississippi State University, Pascagoula, 39567, USA. bm547@msstate.edu Abstract: The purpose of this investigation was to study the inactivation effect of X-ray treatments on...