Smart modules with built-in controllers
Smallest Size. Fastest Integration.
M3 smart modules have built-in controllers. No separate control board is needed! They are ready to plug-and-play directly with your system processor and 3-6 VDC power supply.
You achieve the smallest system size, fastest time to market, and lowest total cost.
How can we help you with embedded motion?
New Scale helps customers transform their large, expensive, complicated-to-use systems into small, affordable, easy-to-use instruments and devices. Our customers use M3 smart modules to adjust micro optics or mechanical components within handheld, portable and mobile systems.
M3 modules have micrometer precision, work on battery power, perform at any orientation and resist shock, vibration and temperature extremes. With all controls built in, they are the smallest, easiest-to-integrate solution for product designers creating miniaturized systems for a range of markets.
Multiple silicon neural probes.
One simple manipulator system.
M3-LS Linear Smart Stages enabled rapid development of the MPM Multi-Probe Micromanipulator System: The first micromanipulator optimized for use with silicon probes. The compact MPM System provides convenient, automated positioning of multiple neural probes for acute in-vivo recording.
New rotary microstage delivers smallest system size and fastest integration for precision embedded motion in smaller, more powerful instruments
M3-RS-U2 Rotary Smart Stage brings M3 Smart Stage advantages – high positioning resolution, smallest size, low power, fastest integration – to system designers needing precision embedded motion at lower cost in their compact instruments for high-volume production...
New Scale’s newest M3-LS Smart Stage is a cost-effective solution for precision embedded motion in high-volume product applications.M3-LS-U2-8 Linear Smart Stage delivers rapid, cost-effective integration of embedded motion into precision instruments designed for...
Optogenetics has progressed rapidly from its beginnings in 2005, thanks in part to advances in supporting fields including photonics and micro-mechatronics. The MPM Micromanipulator is unique in its ability to simultaneously position multiple silicon probes and optical fibers for optogenetics.