![]() ![]() Gravity: UART OBLOQ – IOT Module (Microsoft Azure) Project 1: OBLOQ-IoT Module +Micro:bit IoT Flower Watering Power port on Micro:Mate cannot be used for data transmission.Ĭomponents with large power consumption should be connected to Pin 8, 12, 16, with 5V power supply. Micro:Mate only supports 3V (3.3V) analog input from Pin 0, 1, 2. The mounting screws should be well tightened to ensure a secured connection. The rubber bumpers and the 3.5mm audio jack on the back side keep the expansion installed stably on the board, meanwhile prevents reversed connection. It connects to micro:bit through contact pins (with spring loaded), ensuring easy, compact and secure connection. Micro:Mate is in the same dimension of micro:bit. Additionally, Pin 8, 12, 16 support voltage switch between 3V-5V, allowing up to 5V 2A digital (PWM) output. Micro:Mate expands 6 sets of 3-pin I/O interfaces, capable of connecting DFRobot Gravity series modules, servo motors, sensors and jumper wires. The outcomes are promising and give us additional confidence to kick off our Center of Excellence program in the next months, which will result in establishing multiple luminary sites for Micromate™ across Europe and the USA”.Micro:Mate is a tiny micro:bit I/O expansion board for learning electronics and building DIY projects. Van Strijen, long-term partners of INS, was an obvious choice for us. Launching a CT-compatible solution to address a broader market was a natural next step after the successful clinical experience with CBCT, CT-Fluoroscopy, and conventional Fluoroscopy. “A cornerstone of our product vision is to support any imaging modality with our robotic solutions. Pedro Costa, Chief Product Officer at Interventional Systems (INS), talks about the importance of this milestone for the company’s next major initiative: One successful spleen biopsy showed the system’s potential to target abdominal structures accurately. When performed freehand, it is not unusual for the needle to skive off the trajectory. The robotic system proved stable in two pelvic bone biopsies with double-oblique approaches. Here, the patient positioning and stabilization system combined with the table-mounted robot proved valuable in achieving such positive outcomes. In all cases, the system’s table-mounted approach and small footprint allowed the robot to be always close and visible to the navigation camera, even inside the gantry, minimizing any potential line of sight issues associated with tracking technologies.įour lung cases were executed successfully, with the team targeting the lesions despite the motion caused by the patient breathing. As a result, radiation exposure was kept to a minimum, protecting both users and patients. Only the very first case required a single needle repositioning. The system reduced the need for multiple scans, with all but the first case requiring two scans: an initial scan and a confirmation scan, in a seamless sequence of image acquisition, trajectory planning, instrument alignment, lesion targeting, and confirmation. Micromate™ supported the planning, navigation, and guidance of the biopsy needle to target lung, spleen, and pelvic bone lesions. ![]() More importantly, because the Micromate navigation system is built around robotic usage, this same workflow can be adopted in every IR room. The transition was short, taking only one case to achieve a net robot usage time equivalent to that of the angio suite. Marco translated his learnings into creating a purely interventional workflow for the CT room. Marco van Strijen, completed 7 biopsies in the same week they first used the robotic platform in CT-guided interventions.Īfter achieving exceptional results in robot-guided procedures in the angiography suite, Dr. The clinical team, led by interventional radiologist Dr. ![]() Interventional Systems has announced the successful deployment of the planning and navigation station of its medical robotics platform for percutaneous procedures, Micromate™, at the St. ![]()
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