![M3 actuator powers tiny high-Q tunable bandpass filter made from plastic](https://www.newscaletech.com/wp-content/uploads/purdue-5g-bandpass-filter-1080x675.jpg)
M3 actuator powers tiny high-Q tunable bandpass filter made from plastic
Prototype created by researchers at Purdue University demonstrates high performance and low cost to meet the demands of future 5G networks
Prototype created by researchers at Purdue University demonstrates high performance and low cost to meet the demands of future 5G networks
The innovative UK company IrisGuard is using New Scale Technologies’ Focus Module to power its iris recognition systems that serve millions of unbanked customers around the world.
Ultra-compact system automatically positions multiple high-density silicon neural probes for electrophysiology, optogenetics research.
NeuroNexus, Cambridge NeuroTech and The Allen Institute will offer demos, presentations of the MPM System at Neuroscience 2017
The video “Forward-looking medical technology” features innovative products on display in Munich at Laser World of Photonics 2107. New Scale Technologies’ David Henderson describes a medical application of the M3-FS Focus Module. Watch the video.
Latest addition to “all-in-one” microstage stage family moves >100 gram loads with 500 nm resolution over 15 mm travel
M3 micro-mechatronics modules are “all in-one” smart modules, with the controller and position sensor built in to the miniature module. This embedded closed-loop control gives you the smallest size, fastest and simplest integration into your system, and lowest total cost. When the application requires, M3 Smart Modules can also move using open-loop commands from the SPI, I2C or UART interface. This is particularly useful in applications that have an external sensor with better resolution than the internal sensor, or where very fast “step and settle” performance is required.
The MPM System, the first multi-probe micro-manipulator optimized for use with new silicon neural probes, enables high-yield acute in-vivo brain recording and optogenetics