Our algorithm for success is derived from decades of experience. We continue to sharpen our skills, broaden our network and push the limits of bringing innovation to market.

Here are some of our own endeavors.

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Infinergy

Safe rechargeable batteries with at least twice the capacity and half the weight of current technology, maintaining fast charging rates necessary in their most important clean energy application: electric vehicles. We integrate solid-state and lightweight 100-MHz surface acoustic wave devices into lithium metal batteries to eliminate dendrite growth, the key reason for battery fires and explosions. The technology incorporates in-situ battery morphology measurement as a unique safety feature.

In partnership with:

ThinAir

Enabling Practical Surface Acoustic Wave Nebulizer Drug Delivery via Amplitude Modulation
A practical, commercially viable microfluidic device relies upon the miniaturization and integration of all its components—including pumps, circuitry, and power supply—onto a chip-based platform. Surface acoustic waves (SAW) have become popular in microfluidic manipulation, in solving the problems of microfluidic manipulation, but practical applications employing SAW still require more power than available via a battery. Introducing amplitude modulation at 0.5–40 kHz in SAW nebulization, which requires the highest energy input levels of all known SAW microfluidic processes, halves the power required to 1.5 W even while including the power in the sidebands, suitable for small lithium ion batteries, and maintains the nebulization rate, size, and size distributions vital to drug inhalation therapeutics. This simple yet effective means to enable an integrated SAW microfluidics device for nebulization exploits the relatively slow hydrodynamics and is furthermore shown to deliver shear-sensitive biomolecules—plasmid DNA and antibodies as exemplars of future pulmonary gene and vaccination therapies—undamaged in the nebulized mist. Altogether, the approach demonstrates a means to offer truly micro-scale microfluidics devices in a handheld, battery powered SAW nebulization device.

In partnership with:

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