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Slim Jim Download Spec-Data Sheet Get a Quote The Thin Profile Backlit LED Sign is Contractor Friendly The Slim Jim sign measures approximately 0.4” (11mm) thick and runs directly from 110V AC mains power with no additional power supply or transformer. ​ It fits neatly onto the US mains power single and double socket back-boxes as well as the standard conduit boxes. Thus, making it easy and quick to fit for contractors. ​ The Slim Jim is intended to be wall mounted on a standard electrical box. Using standard electrical boxes reduces the cost of installation in new builds. The box for the sign can be installed by the electrician during ‘first fix’ when the wiring is run. This sign can be fitted during the ‘second fix’ state when the electrical outlets and switches are installed. ​ The sign has a low profile so that it gives a smart almost-flush appearance without having to make a large hole in the wall. ​ It is designed to give a long service life and has no user-replaceable parts inside. Also, power consumption is a minimal 5 watts. ​ The Slim Jim is for indoor use only and should not be used in damp areas or places of high humidity. However, if you need a waterproof sign, please check out our Ultra IP66 Sign . ​ You may use the sign on its own, or in conjunction with an interlock system . To clarify, RT Technologies provides a full range of laser/laboratory interlock equipment including control systems, interlock switches, laser shutters, door locks, access signs, external power supplies, etc which can be connected to provide a complete interlock system. Full support, design, and installation is available from RT Technologies. ​ Benefits of Slim Jim High Quality – smart appearance Backlit LED Sign Professional design Only 11mm thick 230V AC or 110V AC No transformer Fits to existing mains power single or twin socket backboxes Fits to conduit boxes Cheaper and faster installation Current 20mA Contractor friendly ​ ​ Specifications Overall Dimensions: 14″ x 4″ x 0.4″ (355 x 105 x 11mm) Sign Dimensions: 10.8″ x 2.3″ (275 x 58mm) ​ The messages available on the Slim Jim are as follows Biohazard Do Not Enter In Use Ionising Radiation Laser In Use Lab In Use Laser On Laser Radiation No Entry Occupied Room In Use X-Rays On ​ ​ Custom Wording We are also able to produce signs with custom wording to your requirements. Please contact us with any questions or if you require a quote. We look forward to working with you! Contact Us

Laser Blocking Vision Panels, Screens, and Laser Filter Windows Slatted laser blocking and X-Ray shielded vision panels Laser Blocking Portable Screens Laser Filter Windows

ALARA Shield Tote Download Brochure Get a Quote The ALARA Shield Tote is a lightweight, lead-equivalent portable shield container that is extremely useful to transport highly radioactive tools, sample containers, etc. ​ Product Summary ​ The ALARA Shield Tote is a small, lightweight, highly effective portable gamma radiation shield. The Shield Tote can be used for transporting radioactive liquid samples, hot tools/items for deconning purposes, or long-term storage. Highly dense lead equivalent results in approximately 65% shield factor for 662 kev (Cs-137) gamma rays. Key Benefits: ​ Easy to load, portable configuration; quick fasten/lock tight top closure ~65% shielding reduction for Cs-137 (662 kev) Carrying strap/harness supplied with each container Lightweight; 27 pounds Non-lead configuration; results in non-mix waste material; easy to dispose of if becomes fixed contaminated Custom configurations can be made Get a Quote ALARA Tote With Lid ALARA Tote Side View ALARA Tote Top View ALARA Tote open ALARA Tote with lid on Download Brochure Get a Quote

Research Lab & Healthcare Signs RT Technologies provides a complete portfolio of Reseach and Healhcare signs. We offer contemporary LED signs (low profile LED and large display LED) and traditional illuminated laser warning signs for all applications, including laser interlock signs. Custom wording for the display is available on all warning sign displays, and both single-aspect signs and double or dual aspect signs are available. Small Laboratory & Healthcare Signs Download Spec-Data Sheet Extra low profile, low voltage (24V DC), low energy warning signs ideal for use in laboratories or hospitals or healthcare facilities. These relatively compact signs can be mounted at eye-height next to the door. Lab warning signs / hospital warning signs include: Room in use sign Laser warning sign Laboratory in use sign Occupied sign Do not enter sign Xray warning sign Radiation warning sign Biohazard warning sign Magnetic Field warning sign Ion Beam warning sign ​ Green Laboratory Available Sign – Part Number: LEDS-LIU-2WY Red Room In Use sign – Part Number: LEDS-RIU-2W Red Laboratory In Use Sign – Part Number: LEDS-LIU-2W Amber Do Not Enter Sign – Part Number: LEDS-DNE-1WY Large Laboratory & Healthcare Signs Download Spec-Data Sheet State of the art LED technology in a highly aesthetic design, these slimline signs can be mounted at any height without causing obstruction or hazard. Custom legends and colors can be provided to suit your application. Signs include: Danger X-ray sign Access Prohibited sign Do not enter sign Laser warning sign ​ Green No Hazard X-Rays Off – Part Number: LEDS-ULT-470-XR-2W Red Danger X-rays on – Part Number: LEDS-ULT-470-XR-2W Red Do Not Enter Part Number: LEDS-ULT-470-DNE-R Yellow Access Prohibited – LEDS-ULT-790-AP-Y Slim Jim Signs Download Spec-Data Sheet Slim Jim is the then profile backlit LED sign. Measuring 0.4" (11mm) thick Signs include: Laser Radiation X-Ray Radiation Do No Enter Occupied Biohazard ​ Red X-Ray Radiation – Part Number: LEDS-SJ-110-R-XR Red Laser Radiation – Part Number: LEDS-SJ-110-R-LR Illuminated Laboratory & Healthcare Signs Download Spec-Data Sheet These signs are 68 mm deep and come in single, double or triple aspect varieties. The double and triple aspect warning signs have a black panel and are semi-secret when off. All signs are based on the the latest fluorescent low energy bulb technology. ​ Signs include: 2 message Red/Yellow sign – Part Number: 2-way-sign-lp-110 Danger Laser Radiation Sign – Part Number: 1-way-sign-lp-110 Please contact us with any questions or if you require a quote. We look forward to working with you! Contact Us

What is the expected coverage area per gallon? Coverage is dependent on surface type, concrete will require more than the same area of steel. Our solutions are water based therefore one gallon of our solution would cover the same amount as a gallon of water. Can you provide a square foot number for steel and concrete? For steel assuming 6ml/sq ft, 450 to 600. Concrete assuming 12ml/ sq ft 200 to 300 or less depending on porosity What is the expected handling of the waste stream? If our solution is used to remove radioactive material the solution will become radioactive and should be handled as such This question is geared towards hazardous materials other than radioactive waste. Can we assume the answer is the solution is not hazardous material on it’s on? The solution is not hazardous on it's ow If the material it is used on is non hazardous is the stream still non hazardous? If the solution picks up radioactive material it may become hazardous. How many Ion Exchange Equivalents of cation and anion is required if the effluent is sent through Ion exchanger? Let’s assume contamination is Cs 137 and Co 60 at 450 uCi/100 cm2. Cs-137, assume specific activity of 87 Ci/g, 450 uCi = approx. 0.000074 mEq. Co-60, assume specific activity of 1150 Ci/g. 450 uCi = approx. 7.6 E-7 mEq. Assume resin capacity of 1 mEq / g . Most resins vary between 2 and 4 mEq / g. Effectiveness of the resin depends on the construction of the column, operating pressure, contamination with non radioactive metals (especially Iron), channeling, etc. Considering all the different factors, the column size should be appropriate for the flow rate desired avoiding excess pressure Can I evaporate the solution down rather than running it through IX? As long as the contamination is not volatile. Has solidification of solution been reviewed? No What’s the second, third, multiple Dfs? Lets assume Cs 137 and Co 60 with surfaces of steel and concrete. First decontamination factor is up-to 100% (varies from 20 to 100%) Second and third applications each remove 10 to 20% of remaining activity. A fourth application is usually ineffective. What is the depth of adsorption? Same as water. What is the amount of bleed back/appearance out of material adsorption? Lets assume stainless steel and concrete Stainless steel virtually non. Concrete up-to 20% depending on porosity What is optimal amount of time following application should second application occur? Reapplication can occur immediately. What substrates have you tried? Stainless steel, painted steel, aluminum various forms and finishes, concrete, wood painted and unfinished, various plastics, etc How much water is required for rewetting? Same volume as initially used minimum. How much liquid is required for removal? Let us assume steel and concrete are the surfaces to be doncontaminated Steel, the decontamination solution can be wiped off and the surface rinsed with an equal volume of de-ionized water. Concrete will require more depending on rinse procedure and pick up ( wet vacuum?).

Quick Decon Solution (QDS) The Quick Decon Solution (QDS) is the world’s most effective and safest solutions for radiation decontamination of radioactive surfaces including human skin. ABOUT QDS These solutions were developed by a combination of nuclear pharmacists, nuclear chemists, radiation experts, and NASA consultants with many years of experience in the nuclear and medical device industry. They have succeeded in the goal of developing a formulated solution that rapidly and safely removes radioactive contamination from the surfaces of walls, floors, components and personal items. ​Radioactive contamination poses several cleanup problems including the following: the safety of cleanup personnel, control of waste volume, and end-state contamination level. In an effort to address these problems, we have investigated the use of ion-exchange resin preparation technology to treat contaminated surfaces. ​ ​ These products reduce cleanup time, control waste volume and leave the surface in a state where minimal radioactive contamination is present. Download Brochure The Quick Decon Solution (QDS) family of products can significantly reduce time and personal dose associated with ALL decontamination efforts and tasks Each solution is ion-specific and specially prepared to address a specific chemical group ​ The Transition Metals (TM) solution will pick up Cesium, Cobalt, Strontium, Chromium, Manganese, Iron, Zinc & Nickel. The Actinide (A) solution will pick up Plutonium, Uranium, Titanium, Technetium, Americium, Radium, etc. The Halogen (H) solution will pick up Iodine, Fluorine, Chlorine, etc Get a Quote BENEFITS Effective on 63 different elements ~80%-90% reduction on 1st pass Non-Toxic, Environmentally friendly ​ 10 year Shelf Life Water-based and "Resin Bed friendly" Cost-effective Available in Field Ready kits or Pre-moistened wipes for emergency response The core technology is called the "Mass Effect" influence. When our proprietary solutions are introduced to a contaminated surface, the radioactive material is lifted from the surface and suspended in the solution, where it can be easily wiped up or rinsed away as radioactive waste. Spray on, let solution penetrate for 1-5 mins, and then wipe down or rinse off. Our products are currently in use in commercial waste facilities and in hospitals, with a proven track record of significantly reducing time and dose on critical path applications such as Cavity Decon. Get in Touch Products Quick Decon Solutions More Info QDS Combo Wipes More Info Nuke Away More Info Emergency RadDecon Kits More Info

Quick Decon Solutions Downloads White Papers ​ Radiological Decontamination: Lab Demonstration on various surfaces using ion-exchange technology Decontamination Test Results Test 6: Quick Decon vs Soap and Water ​ Test 5: Successfully tested by EPA at Idaho National labs (08/2011) ​ Test 4: Skin decontamination comparison RDS Quick Decon vs Commercial decon wash ​ Test 3: Nuclear Power Plant Cavity Decon ​ Test 2: Actinide - Mass Effect Solution Testing ​ Test 1: Primary sample sink MSDS ​ Transition Metals (TM) MSDS 77102 Quick Decon Mass Effect Solution ​ Actinides (A) MSDS 77103 Q uick Decon Mass Effect ​ Halogens (Iodine) MSDS 77101 Quick Decon Mass Effect ​ ​ ​ ​ ​

Custom Enclosures Download Brochure Get a Quote RT Technologies, Inc. designs, supplies and installs Class 1 Laser Product and Laser Control Area (LCA) enclosures for high power lasers used in industry and research. We assist machine integrators and laser users with custom laser enclosure / containment systems. For example, we assist with table-top laser enclosures, and assembly-line configurations, to complete room-size robotic laser enclosures. All laser enclosures are delivered based on customer specifications and are tested and FDA certified to 21 CFR 1040 , ANSI Z 136, EN 60825-4 (Safety of Laser Products Part 4 – Laser Guards). ​ To get started on a quote, please click the blue ‘Get a Quote’ button to download our Enclosure design worksheet. Enclosures for laser products (something you are building for someone else – a group to group in your own company or outside sales) require certification with the FDA. To clarify, this is MANDATORY. Contact Us All Custom Laser Enclosures include the items listed below: Turn–key Project Management to ensure you get the right laser containment solution. Deliverables include: Consultative Design Meetings (phone or onsite) Complete Drawing Sets; Prototyping Regulatory Certification on all Production Units Design, manufacturing, and installation of enclosures supervised by Staff Certified Laser Safety Officer (CLSO) UV, near infra red, far infra red, and visible light protection CE Marked; EN 60825-4 Certified Certified to Class 1 Level Protection (General Public Access) Industrial laser enclosure design results in maximum ‘up time’ for laser and rugged enclosure structure Easy Service Accessibility built into design Complete FDA/CDRH Certification supplied! Onsite Assembly of laser enclosures (if required) Enclosure with roll-up door Custom Laser Enclosure Projects are designed and managed by our team of laser safety experts. Each project is managed by a Certified Laser Safety Officer (CLSO). The custom laser room is manufactured by our team of production professionals. All laser enclosure projects are routinely reviewed with customers at key milestones. ​ In addition, our CLSO is available for consulting and training. For instance, we offer over the phone or in person design consulting and training. ​ All laser containment systems can be outfitted with laser interlock systems to ensure safe personnel access via enclosure doors, windows and equipment hatches. ​ In addition, we also offer laser safety products including laser warning signs, WiFi mobile cameras, and a full line of laser protective eyewear. ​ Please get in touch with us with any questions using the button below or by calling us at 770-332-0092 . ​ Contact Us Enclosure with mezzanine

Laser Safety Eyewear RT Technologies offers a wide variety of laser goggles and laser protective eyewear. ​ Our laser safety glasses, goggles, and shields) protect the eyes from hazardous reflected or scattered high powered laser light (radiation) from Class 3R, Class 3B, and Class 4 lasers. Pictured below are our most popular frame styles.

Laser Safety Standards Laser use and laser safety go hand in hand. When planning your laser use strategy, it’s integral to consider the ways in which your workplace can achieve safety compliance, both to stay up-to-date with legal standards and to provide your employees and guests with the peace of mind that your workplace is protected and safe. Questions? Contact us! Laser Safety Oversight and Regulatory Classes ​ When discussing the matter of laser safety standards, it’s essential to understand the advisory organizations that regulate such standards. You will also want to familiarize yourself with the various laser classes that are present in your workplace or will be implemented as part of your laser use strategy. ANSI The American National Standards Institute (ANSI) provides a laser safety classification system that groups lasers by type into four (4) different classes, with subclass specifications, to guide laser safety protocol at the workplace level. ANSI laser safety standards evaluate lasers by type and by their potential to inflict potential biological damage if used in an incorrect manner. ​ The ANSI laser safety classifications are then applied to workplace laser safety protocol to help managers create a safe laser use environment for employees and guests. To learn more about laser classifications and workplace-specific guidelines, check out the Laser Institute of America’s repository. ​ Does your workplace need laser safety enclosures to meet ANSI regulations? Our selection of laser enclosures can provide a safe place for laser usage and keep your work area up to the applicable codes. And our laser safety eyewear products can protect your employees and guests from harmful rays they may encounter on your premises. ​ OSHA The Occupational Safety and Health Administration (OSHA) does not have a classification system of its own and instead relies on the ANSI specifications for laser safety standards. ​ IEC The International Electrotechnical Commission (IEC) is responsible for maintaining laser safety standards and recommendations at the international level. While the focus of the IEC goes well beyond laser safety, it’s important to note how the Commission’s recommendations have shaped laser safety standards for many workplaces and classification systems. ​ The IEC provides laser classifications based upon safety of viewing, as well as other criteria for laser safety. When it comes to compliance for your workplace, you may find a variety of IEC recommendations and regulations come into play, depending on your industry and zone. ​ In order to meet IEC recommendations and regulations, you will want to equip your workplace with laser safety products , such as enclosures and blinds that can protect your employees, guests, and others who use your facility. Our selection of laser safety products and knowledgeable staff can help guide you in your journey to safely outfit your workplace for IEC compliance. CDRH A division of the FDA, the Center for Devices and Radiological Health (CDRH) manages performance safety for all lasers on the market. Their classification system provides regulatory direction for laser usage as it pertains to the potential impact of radiological beams on human health. ​ CDRH classifications are particularly necessary as they apply to laser devices in the medical setting. If you have questions about laser usage in medicine, consult the CDRH site for more information. ​ Do you need to certify a laser product for FDA compliance? Are you looking for laser safety consultancy services? ​ At RT Technologies, we have a team of specialists who can review your laser products and provide the necessary documentation for FDA registration and CDRH Product Certification, as well as laser safety audit services . We also offer turnkey CDRH reports and compliance with every laser enclosure we deliver, to ensure that your workplace is up to standard. Contact us today to learn more about how our lasersafety consultancy can help your brand stay compliant. Contact Us!

Slatted laser blocking and X-Ray shielded vision panels Download Brochure Get a Quote Laser blocking slatted blinds are ideal for use in operating rooms and are effective in blocking all medical lasers. There is also an option for X-ray shielded vision panels ​ Tested in accordance with Laser safety standard IEC 60825-4 and designed to fit into window and door openings in operating rooms, this highly effective and professional laser blocking system is ideal for hospitals and other facilities where there is a need to guard against the escape of laser beams. ​ The unit can be installed as a standard fit within the door or window aperture or it can be fitted as a flush fit where the surfaces of the unit match those of the aperture edges. ​ A simple lever operates the slats within the window to either allow or block laser light from penetrating. Selecting the double sided lever option enables the blind to be operated from both sides. The system uses 0.24 inch toughened glass in front of the slatted blind to prevent the ingress of dust and infection. There is an option for a motorized version that can be controlled through an interlock control system. ​ The standard fit unit is a fully bonded, semi-hermetic unit that eliminates the need for an unhygienic, metal housing and allows a tight seal to be made between the glass and the beading. It can be positioned either centrally across the door thickness, with a bead either side, or flush on one side with a single bead on the other. It comprises of three panes of glass, two of which have alternating lines of laser blocking material. The central pane can be raised and lowered by a handle so the lines move in or out of alignment and thereby allow fully controlled, discreet vision through the panel. ​ The flush fit vision pane l is specifically designed and manufactured to suit the exact thickness of a door, so once fitted, the surface of the glazing lies completely flush with the door faces. It is sealed to the door with silicone mastic, thus providing a very hygienic detail that has no crevices or ledges for dirt or bacteria to harbour. The flush fit unit is fully bonded and is semi-hermetic comprising four panes of glass, two of which have alternating lines of laser blocking material. Options: ​ Blackout Glass Obscure Glass X-Ray Shielding - Lead equivalents up to 0.13 in. thick Security Glass Fire-Glass - 30 and 60 minte, insulated and non-insulated Antibacterial Coated Glass ​ Beadings Available: ​ Timber Powder Coated Steel Stainless Steel ​ Handles: ​ Standard Lever Anti-ligature conical knob Both handles available in either 316 stainless steel or anti-bacterial copper aolly Handles can be fitted to one or both sides on the Standard and Flush fit models ​ Dimensions: ​ Standard widths and heights for all models are 7.9 x 23.6 inches, 15.7 x 15.7 inches, 15.7 x 23.6 inches and 9.8 x 31.5 inches (width x height) Customized dimensions available upon request Nominal thicknesses for Standard Fit model is 0.7 inches. Nominal thickness for Flush Fit model to suit customer door thickness ​ Standard and flush units Side cutaway view ​ Contact Us

Protective Blanket for Nuclear Fallout Download Brochure Get a Quote The Demron™ crew radiological protection blanket provides 2 layers of Demron™ pure gamma reduction to the first responder in a radiological event. The blanket will protect the first responder from an irradiating patient either from a medical procedure or radiological disaster. The blanket can also be folded several times to provide multiple layers of protection against RDD, RED, or RAD. ​ Standard Features: 2 Ply • 72”x30” Made with self-cooling technology to keep patients comfortable Specific Molecular engineering provides protection against X-ray and low energy gamma emissions Can be folded several times for multiple layers of protection Rolls up easily for rapid deployment Standard carry case included Contact Us For a quote or additional information, please email us at contact@rtlasersafety.com , or call us at 770-332-0092 Get a Quote