CERAMIC CANISTER SET | SARUYAMA OSAMU | Azmaya
Online exclusive
Designed by Osamu Saruyama of GUILLEMETS + SARUYAMA, these ceramic canisters are made by Hakutake Kiln in Hasami, Japan, using Amakusa porcelain stone and a limestone glaze.
The three canisters share the same diameter but come in different heights, making them useful in all sorts of ways around the home. The taller one can hold teaspoons, small cutlery or kitchen utensils, while the medium and smaller sizes are handy for serving condiments, holding salt or spices, or keeping little everyday objects together.
Use them in the kitchen, on the dining table or around the house. With their simple cylindrical shapes and matching lid, they look just as good together as they do individually.
The original models were created by Tetsuro Kaneko in Arita, with the design by Osamu Saruyama.
Design | Osamu Saruyama, GUILLEMETS + SARUYAMA
Original Model | Tetsuro Kaneko
Manufacturer | Hakutake Kiln, Hasami, Japan
Material | Amakusa Porcelain Stone, Limestone Glaze
Medium | Ø 7.3 × H 6.4 cm | 140 ml
Small | Ø 7.3 × H 4.4 cm | 75 ml
Lid | Ø 7.35 × H 2 cm
Sold as a set.
Made in Japan
Dimensions and capacities may vary slightly. Capacities are measured when filled to the brim.
We ship worldwide from our store in Malmö, Sweden.
Free Shipping Thresholds (by region):
• Sweden: Orders over 790 SEK
• Denmark: Orders over 1,000 SEK
• Finland: Orders over 1,200 SEK
• France, Germany, Ireland & Netherlands: Orders over 2,000 SEK
Shipping options and exact rates for all destinations are calculated and displayed at checkout.
Dispatch & Estimated Delivery Times:
In-stock items are typically dispatched within 1–3 business days.
• Sweden: 1–2 business days
• Other European countries: 3–6 business days
Please note that during peak holiday seasons, such as Christmas, carrier transit times may take slightly longer due to high shipping volumes.
If a pick-up point reaches capacity, the carrier will automatically redirect your package to the nearest available location. Please note that we cannot control which pick-up point is chosen, as it depends on local space availability.