Lab & Medical Automation Motion Control
Since 1961, FAULHABER MICROMO’s diverse range of linear and rotary motion solutions, including brush dc motors, brushless dc motors, stepper motors, piezo motors, gearheads, encoders and other micro motion systems, have been part of the latest advances in medical robotics, drug delivery systems, surgical tools, prosthetics, pharmaceutical dispensing products and other healthcare technologies. Read More FAULHABER MICROMO’s seasoned team of engineers and market specialists have a solid knowledge and experience base across a wide range of medical market applications, and partner with customers to deliver innovation to market first. Our engineers offer motion solutions that meet and exceed stringent design requirements tied to such benefits as long life, reliability, benchmark accuracy and precision, low noise and vibration, speed and torque targets and energy efficiency. Show Less
Guided by real-time feedback, the robot can position a high-energy, interstitial focused ultrasound probe exactly at the tumor, delivering optimal surgical results and an ideal outcome for the patient.
With sophisticated controls, advanced imaging, and small, quiet FAULHABER DC motors from MICROMO, InTouch brings top-flight medical care to the farthest reaches of the globe.
ScriptPro has developed an automated prescription dispensing system that accurately handles tablets, capsules and boxes, and also offers complete labeling and traceability.
EndoControl has developed a compact motorized endoscope positioner system that securely holds and moves an endoscope under direct control from the surgeon during surgery.
Medical device manufacturer, SenoRx has developed an automated handheld system capable of harvesting multiple biopsy samples with a single insertion, reducing tissue trauma.
A team from the Massachusetts Institute of Technology (MIT) agreed and built a robotic biopsy system with unprecedented efficiency and accuracy, powered by compact, high-torque brushless DC servo motors from MICROMO.
Bone-mounted robotic system, SpineAssist accurately guides surgeons during implant placement procedures to stabilize patient spinal fusions for reduced displacement risk.
Laser manufacturer, Cutera has developed an innovative new skin-resurfacing laser which uses a shorter wavelength offering an improved skin response and reduced healing times.
An Austrian company has developed a microscope headset capable of innovative functions such as autofocus and infinitely variable zoom to improve visibility during surgery.
A prosthesis is a complex medical device which needs to be adapted to suit the individual. Technical components, however, can only be manufactured economically on a large scale.
A major step in progress was achieved with the LifeHand 2 project. The artificial hand makes fascinating things possible for the bearer: he can grasp objects with suitable pressure and, via contact sensors, feel which attributes they have.
-
A blood circulation measuring device uses a laser beam to scan the patient's circulation system through the tissue for early disease and illness detection and diagnoses.
A new miniaturized medical measuring device facilitates extensive, long-term monitoring of a patient’s blood pressure without being obtrusive to the patient.
Automated analysis systems used in clinical diagnostic laboratories are producing continuous, fast and reliable lab results at an increased level of safety.
Doctor's certainly do not operate their own laboratories. The analysis of our blood and urine samples has instead been taken over by highly-specialized laboratories that perform many thousands of analyses every day.
ScriptPro has developed an automated prescription dispensing system that accurately handles tablets, capsules and boxes, and also offers complete labeling and traceability.
Automated analysis systems used in clinical diagnostic laboratories are producing continuous, fast and reliable lab results at an increased level of safety.