Real productPassive mechanics
Neighbouring cells share every load.
AI discovers compliant mechanisms for the physical world.Starting with pressure redistribution.
What tires did for cars, we’re doing for robots.
Even pressure at the foot means less shock reaching the eyes.
Every contact creates stress. Our geometry spreads it.
No actuators. No power. No computation.The geometry does the work.
Stress builds in one spot.
Neighbouring cells share the load.
Real productNeighbouring cells share every load.
Concept renderEvery cell’s deformation becomes a reading.
One structure. First, mechanical function. Then, contact information.
Real partWhere we proved it.
ConceptLess impact, less wear.
ConceptProtection + touch data.
New structures, found by AI.
Passive geometry that spreads peak pressure. No motors, nothing to charge.
Scan your foot
As a podiatric surgeon, I am constantly evaluating new technologies that can improve patient outcomes, particularly for individuals with diabetes, neuropathy, and complex foot conditions where effective offloading is a major part of treatment.
My clinical experience with Sunflower Robotics insoles has been extremely positive.
These innovative, lattice-based insoles have delivered exceptional comfort and noticeably improved offloading for my patients, even in some of our more demanding clinical cases. The fit, manufacturing quality, and patient feedback have been consistently positive.
What has impressed me most is the ability to incorporate this technology into medical offloading footwear while maintaining patient comfort. In my practice, finding that balance between pressure redistribution, protection, and comfort is something we deal with every day.
The Sunflower Robotics technology is a promising example of how advances in materials engineering and product design can translate into practical clinical applications.
At WeTreatFeet Podiatry, we treat patients with complex lower-extremity conditions, including diabetic foot wounds and patients at risk for limb loss. Having additional offloading options that patients respond positively to is encouraging.
While continued clinical evaluation and objective pressure measurements will help establish longer-term effectiveness, my experience so far has been very favorable.
The same lattice, now fitted for patients with diabetes in a medical offloading shoe.
“Sunflower Robotics stands ready to truly demonstrate that prevention pays.”
“The level of thought and engineering is impressive. Their team is committed to making a meaningful difference in people’s lives.”
“A novel approach to pressure redistribution tailored to individuals with diabetic neuropathy.”
“I have a low arch, so I insist on wearing shoes that are relatively comfortable, but I am surprised at how comfortable these insoles are. You’ve built a truly outstanding product.”
Compliant mechanisms for humans and robots.