Unparelleled performance and versatility. New sensor technology Experience the groundbreaking new sensor technology Mako Base Unit with Ion Chamber with best-ever accuracy, unrivalled in the market Module docked, and CT Ion Chamber attached. Instant measurments with (± 1.5% kVP uncertainty across entire measurement range). Place Mako Probes in any orientation in the X-ray beam, for the most efficient measurements of kVp, time, HVL, total filtration, dose and dose rate, while revelling in the captivation presentation of waveform data. Offering the broadest application range, across all diagnostic X-ray modalities (Radiography, Fluoroscopy, Mammography, CT and Dental). Simplified excellence with Plug n Play Mako adapts to your needs with plug-and-play simplicity, Mako Base Unit with R/F Probe boosting your entire workflow. It’s the world’s most docked, mAs Module connected efficient meter, with the highest practical accuracy and the broadest application range. All-in-one X-ray testing solution Mako is designed for modern X-ray equipment and tailored to your needs. The complete solution includes the Mako meter, Mako Display, Ocean Next™ software, and our full probe line-up. Future-proof by design, Mako evolves with new functions, probes, and an ever-expanding application range. The Mako Display gives you fast, wireless touchscreen access to QA data – no laptop required. With quick-access buttons, and easy export, testing is simpler than ever. If you prefer to use your own mobile device, download our app to connect wirelessly and get instant results directly on your phone. www.rtigroup.com

Live Measurement Display Mako display device (incl. tablet, laptop, PC) Software Ocean Next™ Operating System Windows 10, 11 Simultaneous Dose Measure Yes Bluetooth Range 100 m (free-in-air) ^Specifications in this document may be changed without notice Interface to Mako Display Wireless (Bluetooth) Interface to Probes USB-C connection Bluetooth Range 100 m (free-in-air) Power Source Rechargeable Li ion battery Battery Life 20 hours (practical measurement time) Battery Tested According to UN 38.3 Memory Unlimited

Mako Ion Chamber Module General Specifications Mako Probes (R/F, Mammo, Dental) General Specifications Size 122.5 x 28 x 14.5 mm Detector active areas Smallest 0.9 x 0.9 mm2, Detector position check Orientation independent, Compatible probes which can RTI CT Ion Chamber be connected to module: (10 cm and 30 cm) RTI DAP Chamber (86 x 86 mm and 147 x 147 mm), Ion Chamber Magna 1cc, and other Ion Chambers using Triaxial-to-Lemo adapter Unique detector design provides unbeaten angular sensitivity, offering the broadest range of use and best accuracy in practice. Compatible probes which can Mako mAs...

Mako R/F Specifications (R/F Probe) Mako Mammography Specifications (Mammo Probe)Tube Potential Range Min dose rate PPV and kVp Uncertainty Tube Potential Range Min dose rate PPV and kVp Uncertainty Dose Rate Range Resolution Trigg level Dose Rate Range Resolution Trigg level Min dose rate Uncertainty Min dose rate Uncertainty 1 nGy/s - 500 mGy/s 0.1 nGy/s 25 nGy/s @ exp. time >200 ms 3 |_iGy/s @ 1 ms 0.3 |_iGy/s @ 10 ms ±5 % or 1 nGy/s 50 nGy/s @ exp. time >200 ms 6 |_iGy/s @ 1 ms 0.6 |_iGy/s @ 10 ms ±5 % or 2 nGy/s Min dose rate Uncertainty Waveforms Range Resolution Bandwidth kV Bandwidth...

Mako Dental Specifications (Dental Probe) Min dose rate PPV and kVp Uncertainty Dose Range Range Resolution Trigg level Min dose rate Uncertainty Min dose rate Uncertainty Min peak dose rate Min pulse width Min peak dose rate Min pulse width 1 nGy/s - 500 mGy/s 0.1 nGy/s 25 nGy/s @ exp. time >200 ms 3 |_iGy/s @ 1 ms 0.3 |_iGy/s @ 10 ms ±5 % or 1 nGy/s Min pulse width Uncertainty Min pulse width Uncertainty Mako mAs Cable: 3m length Waveforms Range Resolution Bandwidth kV Bandwidth Dose Rate

Non-invasive mA and mAs specifications (Mako mAs Module with MAS-2) RTI CT Ion Chamber 10 & 30 cm Specifications (with Mako Ion Chamber Module) Connector type LEMO triaxial Cable 2 m, low noise triaxial Diameter 12 mm, 12.6 incl O-rings Time Range Min pulse width Uncertainty Min pulse width Uncertainty Radiation quality Energy dependence 0.01 mGycm - 9999 mGycm ±5 % or 0.01 mGycm Notice: Information within brackets ( ) are valid for the 30 cm chamber.

Ion Chamber Magna 1cc Specifications (with Mako Ion Chamber Module) RTI DAP Chamber Specifications 86x86 & 147x147 mm (with Mako Ion Chamber Module) Cable length 2.0 m (6.6 ft) Dose rate range Dose range Inaccuracy ±6 % at reference conditions Quality equivalent filtration (70 kV) 0.2 mm Al Dose Area Product Inner plate separation 8 mm Materials Air equivalent plastic, acrylic Entrance window Kapton conductive film Typical sensitivity 20 mGy/nC Dose Rate Range Resolution Bandwidth Uncertainty

RTI Light Probe Specifications RTI CT Dose Profiler Specifications (with Mako Legacy Module) (with Mako Legacy Module) Spectral Response CIE V(A) (Photopic) General specifications

RTI Dose Probe Specifications RTI T20 Specifications(with Mako Legacy Module) (with Mako Legacy Module) General specifications General specifications Dose rate Range 4 nGy/s - 150 mGy/s Range 1 nGy/pulse - 0.3 Gy/pulse Pulse rate/frequency Pulse width humidity relative humidity Temperate and air pressure Insensitive, no TP correction is necessary Angular dependence Very close to ideal Cosine (flat sensor) Dose rate Range 27 nGy/s - 500 mGy/s Pulse rate/frequency Typical energy dependence Range +1.6 to - 0.4 % (radiation quality R1)

C Mako Stand with Holders Mako Panoramic Dental Holder The Mako Stand with Holders has one Stand framework The Mako Panoramic Dental Holder is designed to hold with three different Holder configurations. the Mako Dental Probe in position during panoramic Holder A is compatible with the Mako R/F Probe, the dental measurements. Mako Mammo Probe and the Mako Dental Probe. Holder B is compatible with the RTI Dose Probe and RTI CT Ion Chamber (10 cm & 30 cm). Holder C is compatible with HVL filters provided with the Mako kits (dimensions 33 x 33 mm). The base of the Stand can also hold the Mako R/F,...