Polygons Primary Function: Miesslöffel by Rahul Agarwal is a highly esteemed winner of the very prestigious 2026 A' Design Award an Bronze in Backformen, Dëschgeschier, Drénkgeschier a Kachgeschier Design Competition Category.
BronzeKichegeschier· 2026
Polygons Primary Function: Miesslöffel
A' Design Award an Bronze Winner in Kichegeschier Category
Verified Award Winner
Verify Award Status for #182612The Design
About Polygons Primary Function: Miesslöffel
Book Text: Polygons erfënnt de Miesslöffel nei als flaacht Instrument, dat nëmme bei Bedarf e Volume bilt. E kompletten Set vu sechs Moossen ass op zwee dënn Blieder zesummegedréckt. De Volume gëtt duerch d'Positioun bestëmmt, wou een et opdeet, an duerno féieren a fixéieren Magnete d'Form. No der Benotzung geet et zréck an e flaachen Zoustand fir en séiert Ofwëschen a Verstreichen, fir Liewensmëttelverschwendung ze reduzéieren, an et gëtt magnéitesch um Frigo gelagert. Fir d'Prinzipie vum Origami an e wäschbaart, liewensmëttelséchert Produkt ëmzesetzen, huet et eng nei strukturell Ingenieurskonscht gebraucht, fir eng Langlieweg iwwer 100.000 Falzungen ze garantéieren, wärend gläichzäiteg de Materialverbrauch, de Späicherplaz an de Frachtoffall reduzéiert ginn.
The Recognition
About the A' Design Award an Bronze
Polygons Primary Function: Miesslöffel ass e Gewënner vum A' Design Award an Bronze, enger héich prestigiéiser Unerkennung, déi un erausragend Designe vergi gëtt, déi sech duerch Kreativitéit, Erfindungsgab a Schlauheet ausgezeechnen. Bronze-Gewënner si voll Fäegkeet a opfälleg kreativ Wierker, déi déi grouss Erfahrung, d'Fantasie an d'Ressourceréichtum vun hire Designer bestätegen. Et gëtt erwaart, datt Polygons Primary Function: Miesslöffel e héich geschätzt, bewonnert a beléifte Géigestand ass, bemierkenswäert professionell an innovativ. Dëst mam Bronze ausgezeechent Design integréiert déi beschte Praktike vun der Konscht, der Wëssenschaft, vum Design an der Technologie an zeechent sech duerch Opmierksamkeet fir Detailer aus. Polygons Primary Function: Miesslöffel erfëllt Bedierfnesser exzellent, beréiert Wënsch, bezauberet Gefiller an erweckt Neigierecht.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- After 3000 years, the spoon is reconsidered through patented origami engineering. Polygons compresses a complete measuring set into a 0.1 inch sheet that forms six calibrated volumes - 0.5, 1, and 2 Tbsp on the large sheet, and 0.25, 0.5, and 1 tsp on the small; wipes clean, and magnetically sticks to the refrigerator. Engineered for over 100,000 bend cycles and up to 80 percent lower material and freight waste, it unites precision, durability, aesthetics, and sustainability in a single design.
- Dimensions & Packaging
- CAPACITY
Large spoon: 0.5 Tbsp, 1 Tbsp, 2 Tbsp
Small spoon: 0.25 tsp, 0.5 tsp, 1 tsp
MATERIALS
Food grade thermoplastic, food grade hydrophobic silicone, embedded neodymium magnets
DIMENSIONS
Large spoon: 180 x 54 x 2.8 mm
Small spoon: 108 x 30.3 x 2.8 mm
WEIGHT
Large spoon: 31.5 g
Small spoon: 12 g - Tags
- Folding measuring spoon, Fold flat measuring spoon, Origami measuring spoon set, Polygons measuring spoon, Polygons 3 in 1 spoon, Adjustable measuring spoon, Collapsible measuring spoon, Space saving measuring spoon, Magnetic flat measuring spoons, Patented measuring spoon
- Production Technology
- Polygons required three years of development and more than 1000 prototypes to translate origami geometry into a durable, washable kitchen tool. A multilayer construction combines food grade thermoplastic, silicone living hinges, and embedded rare earth magnets. Each hinge varies in thickness to control folding with tolerances near 0.1 mm, enabling precise volumes and durability beyond 100,000 cycles with no separate moving parts or assembly.
- Design Challenge
- The core challenge was translating paper origami into a durable consumer product. Unlike paper, the system had to withstand repeated washing, food contact, and more than 100000 folding cycles without fatigue. Achieving this required precise hinge engineering, magnet integration, and volumetric calibration within injection molded geometry. By consolidating six measurements into two inseparable components, Polygons shifts the category from incremental improvement to structural reinvention.
- Research
- Type of research: practice based industrial design research integrating materials engineering and user interaction.
Objective: replace bulky nested spoons with a planar system.
Methodology: iterative prototyping of crease maps and hinge systems.
Tools: CAD, 3D printing, mold trials, fatigue testing beyond 100,000 folds.
Participants: home & professional cooks and students.
Result: patented planar measuring tool.
Impact: less material, lower freight footprint, reduced food waste. - Inspiration
- Polygons was inspired by the most ancient and universal measuring tool - the human hand. Long before utensils existed, the hand's instinctive ability to shift from flat to cupped allowed people to measure and transfer materials, such as cupping water from a stream, scooping grains from a sack, or portioning herbs and spices by feel. A flat hand transforms into a functional volume with a simple natural gesture.
- Project Duration
- The project's manufacturing R&D and refinement spanned 3 years across India and China. Extensive development focused on multi-layer live-hinge optimization, volumetric calibration, tooling precision, and large-scale manufacturing validation to make durable origami-based products commercially viable.
The product was officially launched to consumers in Q4 2024 and is currently in global distribution. - Operation Flow
- Polygons rests flat on the fridge, in a drawer, or used as a bookmark inside your recipe book.
Intuitively, the position you pick it up from determines its volume - lift from a marked point and it folds into that exact measure, secured by the satisfying click of magnets.
After use, it opens flat to clean with just a wipe, reducing water and soap usage.
After scooping and flattening, it can also spread and scrape off viscous ingredients like honey, minimizing food waste. - Patents
- Patented.
Patent No: US10175084B2
Patent Holder: Rahul Agarwal
Year: 2016
Jurisdiction: USA
Copyrights belong to Rahul Agarwal, 2025
Trademarks belong to Rahul Agarwal, 2025
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