ORBITCUT
The problem: "avocado hand" — the knife slip that happens when a blade is driven through an avocado held in the palm — is a recognised injury pattern that sends thousands of people to A&E every year and keeps appearing in consumer press.
The device: a countertop prep station that removes the exposed knife entirely. The fruit settles into a self-centring padded cradle; the user presses straight down onto a fixed-axle rotary cutting wheel housed at the base — pointing up, fully guarded, never near a palm. One rotation inside the padded walls scores a clean circumference around the stone. Twist, lift, done.
The business case: sits squarely in the viral-able "kitchen injury fixer" category — proven retail velocity, a named injury to market against, and multi-fruit adaptability (avocados, lemons, limes, round fruit) that widens the shelf pitch. Space-saving format with non-slip feet, dishwasher-safe parts.
- Guarded fixed-axle rotary wheel — zero freehand blade path
- Transverse self-centring padded cradle, Ø 55–80mm
- One insertion, one rotate, one cut
- Multi-fruit: avocados, citrus and round produce
- Targets: kitchenware OEMs, gadget brands, retail own-brand
MECHANISM — OVERVIEW
No freehand blade, ever:
- Transverse cradle — padded side walls face the user; fingers grip the fruit's flanks, never the cut line
- Lower-guarded blade — fixed-axle rotary wheel points upward from the base, fully housed
- Press → rotate → cut — downward pressure seats the fruit on the wheel; a single rotation scores the full circumference
- Self-centring — the cradle accommodates Ø 55–80mm fruit without adjustment
- Stable base — non-slip feet keep the station planted during the press
Wheel spec, cradle geometry and materials stack are released under NDA only.
TECHNICAL PACK — NDA GATED
Deeper detail is released under a mutual non-disclosure agreement, issued via the commercial intake gateway.
- Rotary wheel specification & guarded housing geometry
- Cradle centring mechanism & fruit tolerance band
- Cut-depth control approach
- Bill of materials + unit economics model
Requests route via products@williamsquantum.com — triaged by the agent core, countersigned by a principal.