PINNA LOW FROST NICKEL
PINNA LOW is built as a continuous 3D-printed structure inspired by the anatomy of fins. Fine ribs rise from the outsole and flow across the upper like fin rays, shifting in density and direction to create a flexible, supportive shell without conventional panels or seams.
The PINNA collection draws from the fins, folds and adaptive structures of aquatic life, translating them into protective forms for the body.
Made to order. Not mass produced.
Each pair is created after purchase—reducing waste.
Fit: True to size
Ships in 2–4 weeks, 3D printed on demand.
Duties may apply outside USA , Japan & China.
Why 3D printed
A seamless form, without stitching or glue, allowing shapes not possible through conventional construction.
Produced on demand, nothing is made without purpose.
Comfort & Wear
Designed for everyday wear.
Comfort comes from a carefully tuned lattice structure, creating a breathable, flexible feel with balanced support.
Shipping & Duties
China & USA: Orders shipped to China or the United States will not be subject to customs duties or local taxes.
Japan: For Japanese customers, consumption tax will be added to the final order cost. Orders will be shipped domestically, so no additional import duties apply.
Other Countries: All international orders shipped to destinations outside China, the USA, and Japan may be subject to local customs duties and taxes. These are the customer’s responsibility and must be paid upon receipt of the goods.
Returns & Exchanges
For footwear: we understand that sizing can be a challenge. We can accept changes in size provided that the product is in unused condition.
Due to the nature of the preorder, no return or replacement is accepted for the time being. Please kindly take this into consideration before placing an order.
Product Characteristics
Due to the unique nature of additive manufacturing, slight variations in texture and detail may occur. These are inherent characteristics of the production process and should not be considered defects and does not affect wearability.
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