See how inverting the motion approach—fixing the radiation source and moving the patient suppor
A sliding, laterally adjustable patient table aligns SPECT and CT scans accurately while reducing table bending, floor space, and patient repositioning.
Overmolded clamshells and a nose housing let a medical connector stay sealed through cleaning and sterilization without covering the mating area.
IMU and gyroscope data quantify thrust, duration, and position to improve objective premature ejaculation assessment accuracy.
Built-in couch sensors detect small patient motion in real time, simplifying radiotherapy workflow and helping align radiation delivery.
Multiple distance sensors verify target position before probe release, improving alignment accuracy and reducing manual adjustment and harm risk.
Acoustic vessel detection projects the vessel image onto skin, improving blood draw alignment without bulky sensor arrays.
A movable ultrasound detector and X-ray detector share one compressed exam setup to capture pathology detail and structural imaging with less exam time.
A fluid reservoir and non-contact transducer drive enable full 360-degree joint scans for pre-op 3D planning without radiation.
Preplanned scan states align the isocenter to each ROI automatically, improving multi-region imaging accuracy and preparation speed.
Sensors and signal analysis identify electromagnetic interference around a medical console, preserving fast, reliable control commands.
Multiple probes embedded in a flexible wraparound mat capture multidirectional ultrasound for reproducible 3D tissue modeling without manual scanning.