Probes & Accessories
Open the catalog to page 1Let’s work together to ensure X-ray safety and quality RTI is a world-leading manufacturer of quality assurance (QA) solutions. In 1981, RTI invented the first X-ray QA system for diagnostic radiology. Since then, innovation has been at the heart of our corporate philosophy and we have pioneered many QA procedures. We continue to invest heavily in R&D to push forward the very edge of X-ray QA, across all modalities. Longer and more active lives, combined with a string of new examination techniques, have made diagnostic radiology the most widely used medical imaging technology. Diagnostic imaging...
Open the catalog to page 2Mako Probes & Modules 5
Open the catalog to page 3Get more from your Mako, Piranha or Cobia X-ray Quality Control System with our comprehensive range of easy-to-use probes and accessories. Everything you need from robust cases and stands to probes and adapters.
Open the catalog to page 4Mako R/F Probe The groundbreaking new Mako R/F Probe (for R/F, CT and Dental applications), offers industry-leading accuracy (±1.5 % kV measurement uncertainty) and sensitivity from lowest to highest dose rates. The unique design provides a no-fuss experience, with simple setup in the X-ray beam, flexible connection to the Mako Base Unit and a low radiological footprint, perfect for measurement without affecting the AEC. Art. No: 9765011-00 Standard measurement kVp, dose, dose rate, HVL, TF, parameters exposure time, pulses, pulse Waveforms Simultaneous kV and dose rate Range 1 nGy/s - 500 mGy/s...
Open the catalog to page 5Mako Dental Probe The immaculate new Mako Dental Probe offers the ultimate test tool in Dental X-ray applications, with best-in-class accuracy (±1.5 % kV) and advanced detector design. The probe is perfectly designed for CBCT and intraoral applications, in addition to panoramic dental measurements, featuring a 0.9 mm detector for full irradiation in narrow-beam X-ray fields. Art. No: 9765013-00 Standard measurement kVp, dose, dose rate, HVL, TF, parameters exposure time, pulses, pulse Waveforms Simultaneous kV and dose rate Range 1 nGy/s - 500 mGy/s Trigg level 25 nGy/s The Mako Ion Chamber Module...
Open the catalog to page 6Mako Probes & Modules Mako Legacy Module The Mako Legacy Module connects the current range of The Module comes with the invasive Mako mAs Cable Piranha and Cobia probes. It allows seamless use of as standard, as well as supporting non-invasive mAs your current probes. The RTI CT Dose Profiler and RTI capabilities (via MAS-2 clamp) and Test Point Cables. Light Probe connect to the Mako System via the Mako Connected to the X-ray generator, it delivers the mA Legacy Module. and mAs together with the corresponding waveform. The built-in digital rectifier handles single phase units General specifications:...
Open the catalog to page 7Other products Scatter Probe The RTI Scatter Probe is a rugged, flat, cutting-edge The RTI Slit Camera is used to assure that the X-ray detector for scatter & leakage detection in X-ray tube focal spot size is within acceptable limits. environments. For barrier, scatter and leakage mea- The Slit Camera can be rotated 90 degrees in its surements various industry standards apply, such as holder. That simplifies the measurement of length and width measurements of the focal spot since the slit only has to be aligned once. these standards is that the measurement must be It comes with a stand with...
Open the catalog to page 8Other products Optimized for check/documentation of light field/X-ray The Nova is dedicated for check/documentation of light field/X-ray field alignment. field alignment. Just darken the X-ray room and place your Nova Simply darken the X-ray room and position your rulers under the X-ray tube. Visi-X under the X-ray tube. Adjust the light field and Adjust the light field and make your exposure. make your exposure. The radiation field is immediately The radiation field will immediately be visualized on visualized by the afterglow of the special phosphor compound, making the result easy to read...
Open the catalog to page 9Dose Calibrations The RTI Dose Probe is an external dose probe, designed Calibration of external dose probe, R2, W/23 mm Al for low dose rate measurements, such as input dose Calibration of external dose detector, Beam quality R2, rate to image intensifiers. W/23 mm Al. For radiographic film dose, W target with 23 mm Al filtration, 50 - 150 kV. Includes calibration The probe is small and has a fast response which makes it ideal for pulsed fluoroscopy. It can detect the certificate and calibration data. individual pulses, determine pulse rate, and show waveforms at dose rate. Calibration of external...
Open the catalog to page 10The Light Probe is designed to comply with the needs The MAS-1 Probe is an invasive probe for the measure- of QA in modern X-ray departments. ment of mA and mAs. Direct readings of mA and mAs, For calibration & brightness measurements (lumi- as well as waveform, are obtained. The simple way of nance) on monitors and film viewing boxes as well as invasive measurements. ambient light (illuminance) measurements in the The MAS-1 Probe connects to the mAs socket in the viewing room. X-ray generator and to the multimeter. The Light Probe has the same spectral response as It can be used to measure tube...
Open the catalog to page 11RTI mA test point cable The MAS-2 Probe is a clamp-on probe for non-invasive For special mA accuracy tests for the AMX-4, Optima, Jedi, OEC Elite, Fluoroscan, and more. No need to use an oscilloscope for setting up, configuring, triggering Direct readings of mA and mAs, as well as waveform, are obtained. No connection inside the X-ray generator properly, calculating proper values, etc. is needed. The simple and safe way of non-invasive Connect the leads to test points and use them with the Piranha meter and Ocean Next™ software. The RTI MAS-2 probe is simply clamped on to the high voltage cable...
Open the catalog to page 12RTI CT Dose Profiler The RTI CT Dose Profiler has taken the CT quality assurance to the next level. Because of its revolutionary design, it has transformed the CTDI measurement from being inaccurate due to underestimation of the dose for wide beams to be more exact. It also has the ability to further analyze the result - all in one shot. The rapid advancements in CT technology are placing new demands on methods and equipment used for quality assurance. The wide beams of modern CT scanners make it difficult to use existing CT ionization chambers to measure the total dose given to the patient....
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