This is a rotary Nanomuscle operating at 9 Volts. It is capable 60 degrees of rotation in both directions. The actuation velocity capability is 240 degrees per second. The SMA diameter is 0.0035″ HT Flexinol wire.
Indianapolis, IN USA
Portland, OR USA
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Mon-Sat: 8am - 5pm
Sun: Closed
Indianapolis, IN USA
Portland, OR USA
Click here for our web form, we'll get right back to you.
Mon-Sat: 8am - 5pm
Sun: Closed
We design our own circuits for control of our client’s projects. We have access to US and overseas circuit board manufacturers that can create single boards or large arrays. This board has pins for an Arduino Pro Mini to sit on top of the board.
Indianapolis, IN USA
Portland, OR USA
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Mon-Sat: 8am - 5pm
Sun: Closed
This actuator used two linear NanoMuscle motors to provide the realistic bug-like walking motion. It was a self-contained critter powered by it’s own internal battery pack. It used 6″ of 0.0035″ diameter of a custom alloy Nitinol.
Indianapolis, IN USA
Portland, OR USA
Click here for our web form, we'll get right back to you.
Mon-Sat: 8am - 5pm
Sun: Closed
Indianapolis, IN USA
Portland, OR USA
Click here for our web form, we'll get right back to you.
Mon-Sat: 8am - 5pm
Sun: Closed
The longer the length of wire, the higher the resistance, thus drawing less current for a given operating voltage. In this demo we are operating three life vest trigger mechanism in series using a single MOSFET current switch. Our Nitinol Actuation Model predicted that end user’s battery couldn’t provide enough current to operate these three devices in parallel.
Indianapolis, IN USA
Portland, OR USA
Click here for our web form, we'll get right back to you.
Mon-Sat: 8am - 5pm
Sun: Closed
This is 91 mm long S100 actuator which has 2.5 mm of stroke. It has 73 mm of 0.005 HT Flexinol wire. We operate it in a strong airflow at 9 Volts as part of our study on enhanced cooling to verify fit to our Nitinol Actuation Model.
Indianapolis, IN USA
Portland, OR USA
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Mon-Sat: 8am - 5pm
Sun: Closed
A magnetic detent on one printed coil provides a preferred location for the magnet that is shared between the two coils. When the coil is energized the magnet escapes the detent and travels to the opposite side. When the coil is de-energized the magnet returns to the detent position.
Indianapolis, IN USA
Portland, OR USA
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Mon-Sat: 8am - 5pm
Sun: Closed
This video shows part of a study to determine enhanced cooling for rapid cycling of Nickel-Titanium. We show 20″ of 15 mil Flexinol LT cooling in 2.5 seconds to full recovery in Mineral Oil and Dry Ice using a 15 pound spring. Actual data compared to data predicted by our Nitinol Actuating Model matched closely.
Indianapolis, IN USA
Portland, OR USA
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Mon-Sat: 8am - 5pm
Sun: Closed
This was a technology demonstrator that flew on a university Cubesat satellite. The technology was used to damp motion of the spacecraft after momentum events such as solar array deployment. Active dampers are used in tall buildings to lessen the effects of building sway. This was a unique test on a small satellite.
Indianapolis, IN USA
Portland, OR USA
Click here for our web form, we'll get right back to you.
Mon-Sat: 8am - 5pm
Sun: Closed