RS 1800•Q Biological Irradiator
The Most Powerful Dedicated Cell Irradiator Available
The powerful Rad Source RS 1800·Q X-ray Irradiators are designed to investigate biological responses while providing maximum research versatility accommodating cell, tissue culture, seeds and many more life science applications.
See The RS 1800•Q In Action
The Performance is unmatched.
The RS 1800·Q is driven by patented QUASTAR® x-ray and RADPlus™ technology to provide the highest dose rate and best dose uniformity in the industry for the inactivation of cells.
- RS 1800·Q – 7 Gy / Min.
- RS 1800·Q4 – 12 -13 Gy / Min.
Available Components & Accessories
High X-Ray Output – High Throughput
Produces a high x-ray output, and has a large field, providing advantageous configurations for high throughput and dose rate.
Better Uniformity
Due to the larger field with no need to collimate the beam, a better uniformity can be achieved compared to standard imaging tube x-ray technology.
Beam Hardness – Built-in Filtration
Quastar has filtration built into the design of the x-ray emitter – designed to attenuate weaker non-penetrating x-rays.
Power Efficiency – Increased Life Span
The Quastar emitter runs at less than maximum power which increases lifetime of 7 years or more – up to 2.5X longer than the standard imaging x-ray tube x-ray.
Repairable Energy Source Design – Manageable Cost of Ownership
Unlike traditional imaging x-ray sources that require full replacement, the Quastar emitter is engineered to be repairable and last up to 7 years. Only Quastar can achieve superior dose uniformity resulting in lower run times.
No Radioactive Source – Lower Cost of Ownership (RS 1800)
- Meets safety requirements specified in Fed. Reg. 21 CFR 1020.40.
- No Nuclear Regulatory Commission (NRC) License is required.
- No nuclear disposal requirements.
- No additional security requirements for nuclear equipment.
- No additional safety equipment for laboratory staff.
Direct Replacement for Gamma Irradiator
U.S. Government recognized as a safe and direct alternative for radioactive isotope (gamma) source irradiators.
RS 1800·Q One Day Plug & Play Installation
The RS 1800·Q does not need an external water connection to the facility – providing improved workflow efficiency with flexible equipment placement throughout the facility.
Instrument Portability
Mounted on sturdy caster wheels for convenient portability improves sample workflow efficiency, allowing for the placement of the RS 1800·Q throughout the facility.
Self-Contained Cabinet
All Rad Source irradiators are manufactured as cabinet x-ray devices and conform to the radiation safety guidelines in US CFR 21 1020.41.
Software & Human Interface
- Easy operation – touchpad, programmable controls
- Data Recording Module (User ID, Date, Time, and Total Dose)
- Remote access
- Browser/Windows 11
Equipment Dimensions (W x D x H)
30 x 36 x 64″ | 76.2 x 91.44 x 162.56 cm
Internal Chamber Dimensions (W x D x H)
11 x 14 x 13.25″ | 27.94 x 35.56 x 33.66 cm
Clearance Dimensions (W x D x H)
35 x 40 x 71″ | 88.90 x 101.60 x 180.34 cm
Equipment Weight
1350 lbs. | 612.35 kg
Power
RS 1800 Q – 2000W
RS 1800 Q4 – 4000W
Electrical
Power: 208/240VAC, Single phase, 50/60Hz, 30 Amp, true earth ground. Wiring: 10 AWG L1, L2/N
Dose Rate (Gy/min)
RS 1800 Q
Shelf: 4-100 Gy/min | Flatness: 75%
50mL Falcon RADPlus: 5 Gy/min | Flatness: 97%
Petri Dish RADPlus: 5Gy/min | Flatness: 85%
Well-Plate RADPlus: 5-20 Gy/min | Flatness 90% – 50%
RS 1800 Q4
Shelf: 8-200 Gy/min | Flatness: 75%
50mL Falcon RADPlus: 6.5 Gy/min | Flatness: 97%
Petri Dish RADPlus: 5 Gy/min | Flatness: 85%
Well-Plate RADPlus: 5-20 Gy/min | Flatness 90% – 50%
INSTALLATION:
For the installation, the unit will arrive at your facility in the morning and will be met by our install team. All irradiators receive a quality inspection, dose map, and radiation survey prior to shipment and again at installation. On-site Training Included at installation.
Water Requirements:
3 gallons of distilled water for the irradiator’s internal water tank.
Cooling Requirements:
Not Required
WARRANTY INFORMATION
- 12 months full warranty: Including Installation, Training, Initial Dose Map, Radiation Survey, 2nd Dose Map, and all parts, labor & travel.
- Extended Warranty Program (year 2): Available for purchase anytime within 12 months from date of installation of Irradiator (Includes ALL parts, labor, travel and one PM call and (2) dosimetry reports per annum.
- All irradiators receive a quality inspection, dose map, and radiation survey prior to shipment and again at installation.
- All irradiators are manufactured as cabinet X-ray devices and conform to the radiation safety guidelines in US CFR 1020.41
Contact Our Experts
Product Literature
The RS 1800•Q Cell Irradiator Brochure
Cell Aluminum Shelf
Cell Petri Dish Holder
Cell Shelf
Cell Vial holder
Cell Vial Rotator
Cell Well Plate Holder
FAQs
HOW IS IONIZING GENERATED?
Ionizing radiation comes from radioactive sources such as cobalt 60 and cesium 137 and non-radioactive sources such as X-ray tubes. Radioactive sources are unstable materials where gamma rays originate from the nucleus. X-rays originate in the electron fields surrounding the nucleus or are machine-produced.
WHAT IS IONIZING RADIATION USED FOR?
Because of the penetrating properties of ionizing radiation and their ability to kill microorganisms, ionizing radiation is used to sterilize or reduce the microbial load of many different types of products such as medical devices, packaging, cosmetics, foods, and agricultural products. It is also used to alter the properties of many different polymers through recombination, cross-linkage, and cross scission.
Using Nanodot Dosimetry to Study the RS 2000 X-Ray Biological Irradiator
AbstractPurpose: To use NanoDot dosimeters to study the RS 2000 X-ray Biological Irradiator dosimetry characteristics and perform in vivo dosimetry for cell or small animal experiments. Methods and materials: We first calibrated...
Characterization and Dosimetry of a Practical X-Ray Alternative to Self-Shielded Gamma Irradiators
Kishor Mehta, Andrew Parker Insect Pest Control Laboratory, Joint FAO/IAEA Division of Nuclear Techniques in Food and Agriculture, International Atomic Energy Agency, Vienna, Austria Received 19 February 2010; Accepted 22 August...
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...