Rigel Medical’s Uni-Therm tests all leading electrosurgical devices, providing accurate results as it quickly and automatically guides the user through test procedures. A key feature is the automated activation of the ESU pedal or hand switch from coag to cut, without the need to manually change resistors to simulate different tissue types, while contact quality monitoring (CQM) analysis, high current power measurement and HF leakage are also beneficial. A high power load bank enables performance testing up to 8A RMS to allow testing and calibration of high current vessel sealing technologies and with a duty cycle of up to 100%, making the analyser an extremely versatile test instrument for calibrating and performance testing of conventional and high power electrosurgical generators. Built-in memory, test automation, comprehensive data management facilities and a wide range of in-built low inductance resistors, large full colour screen display providing step-by-step instructions to ensure the correct connection to the device under test complete this outstanding all-in-one tester.
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The new Mobita, a 32 channel wireless and wearable electrophysiological amplifier, can measure up to 32 channels of EEG or up to 16 channels of EMG. The system can send the measured signals directly to a PC via Wi-Fi or save it on the on-board memory. With its integrated 3D-accelerometer the Mobita also records the movement of the subject together with for example an EEG. The Conficap-design allows for quick switching between different electrode-configurations, thus enabling easy changeover from EEG to EMG-measurement. Special technology and electrode cables eliminate mains interference or cable movement artifacts. No hardware filters are included, so it is also possible to measure EEG, EMG and ECG simultaneously.

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A 2nd generation Weight- Bearing MRI system, G-Scan Brio combines a new look with new ergonomics and new acquisition techniques. Unlike a multipurpose MRI, all aspects of the G-Scan Brio system, from coils to user interface, have been developed and optimized to specifically perform musculoskeletal MRI examinations with a focus on efficiency and patient comfort. Patient setup is easily accomplished by a single operator, featuring a touch screen display on the gantry showing real-time images of the joint, ensuring fast and accurate positioning. The G-Scan tilting MRI allows clinicians to study all the joints and the entire spine either in clinostasis (supine) or in orthostasis (weightbearing), because magnet and patient table can rotate from 0
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The new optional DICOM Software program incorporates the Atomlab 960 Thyroid Uptake System with hospital management systems, streamlining workflows and improving communication. The DICOM Software program retrieves patient information from the work list and uploads the patient results, without exiting out of the clinical software, increasing staff productivity and efficiency. DICOM allows the thyroid uptake reports to be transferred, stored and queried/retrieved throughout a facility. Physicians can view both images and uptake reports simultaneously. The Atomlab 960, introduced in March 2013, is an advanced spectrum analysis instrument designed for diverse nuclear medicine applications which boasts a count rate of 150,000 cps and is engineered for mobility, durability and operational efficiency. The combination of a new unique positioning LED and distance measurement rod allows for easy and reproducible patient positioning and uptake measurements during nuclear imaging. Thyroid uptake studies, manual MCA program, wipe tests, bioassay, and other user-defined tasks are accomplished with speed and precision using this fully integrated computer-controlled instrument and its comprehensive selection of application software. The system’s multi-channel analyser has 1024 channels, with individual MCA’s for the probe and optional well counter. The Atomlab 960 handles clinical tests, safety compliance tasks, and system administration procedures quickly and accurately. It automatically performs calculations, stores patient information and test results, and outputs clear concise reports. User-defined uptake protocols can be initiated. Automated systems and administrative functions streamline and simplify the QC process to allow for optimal efficiency. Intuitive programs and Quality Assurance applications follow conventional nuclear medicine procedures, yet can be customized to meet specific requirements.
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