An operating room nurse tripped over cables and fell, shattering her wrist. It was a lightbulb moment: What if the hazardous wires could be removed altogether?
Laser scanning technology could create a 3D digital image of the complete ear. But to work, a headset placed around the patient’s ear during the scan had to be completely immobile.
Imagine being strapped into a large machine, completely immobilized, for an hour while it delivers high doses of radiation to treat your cancer - every day for six months.
In March 2020, with the coronavirus pandemic straining hospital capacity and shutting down global supply chains, healthcare facilities faced a desperate shortage of personal protective equipment (PPE) for workers on the front lines.
Most of us have fond childhood memories of tooling around the neighborhood on our bikes with friends. For children with physical disabilities, that experience is too often out of reach.
The accurate delivery of high-dose radiation can significantly improve outcomes for cancer patients. Nothing short of perfect positioning and calibration of equipment is acceptable.
Consumers view polished floors as a sign of quality and cleanliness. But there is a price to be paid in water and product waste, indoor air quality, labor costs, and the strain placed on the backs of cleaning personnel.
Bontrager produces bike components, accessories and apparel. They challenged us to create a high-quality, lightweight, adjustable fit system with a compelling aesthetic to match their sleek helmet design.
Wilson Sporting Goods, a worldwide-leader in sports equipment, selected us to design a tennis racket stringing machine that would revolutionize the industry.