Angle view of the C#9 sculptural vase in blue by Cyrc

C#9 vase with fresh flowers showing folded surface

Angle view of the C#9 sculptural vase in red by Cyrc

Angle view of the C#9 sculptural vase in black by Cyrc

C#9 sculptural vase in white eggshell by Cyrc

Angle view of the C#9 sculptural vase in white eggshell by Cyrc

C#9 sculptural vase in ochre yellow by Cyrc

Angle view of the C#9 sculptural vase in ochre yellow by Cyrc

Angle view of the C#9 sculptural vase in green by Cyrc

C#9 Vase

$120.00 CAD

Color

Quantity

Made to order in Montréal. Ships in 5 business days.

C#9 is a vase shaped by sound. Its surface comes from layered harmonic frequencies, turned into dense folds that swell and narrow around the vessel like a waveform. The result is a compact form with rhythm and depth, where the light shifts across every ridge as you walk past.

It holds about a litre of water, enough for a handful of fresh stems or a bundle of dried grasses, and it's strong enough to stand alone on a shelf, desk or windowsill.

A gift for the musician, the sound lover, or anyone who likes an object with a story behind it.

Height 23 cm / 9.1"
Width 14.5 cm / 5.75"
Depth 14.5 cm / 5.75"

Weight: 210g

Empty Water Volume: ~1.0 liters

Origin: Made in Montréal, QC. Canada.
Designer: Guy Snover, 2025
Material: Bio-based Polylactic Acid

Wipe clean and wash with cool water and mild soap. Not dishwasher safe. Do not keep exposed to direct sunlight.

Made in Canada

Circular Design

C#9 Vase

$120.00 CAD

Its surface is generated from layered harmonic frequencies. Those frequencies are translated into repeating folds that expand and contract around the vase, giving sound a physical form.
Yes. C#9 is 3D printed on demand in Cyrc’s Montréal studio using additive manufacturing.
Yes. C#9 is designed to hold water for fresh flowers and can also be used with dried stems.
C#9 is designed by Cyrc and made in Montréal, Canada.
This Vase is made using Bio-based Polylactic Acid (PLA).PLA is a bioderived material made from fermented plant starch such as corn, cassava, and sugarcane. Although its source is technically renewable, the industrial agriculture it comes from has a heavy carbon footprint. This is why we use recycled PLA. It’s also somewhat misleadingly characterized as biodegradable. Although it can be broken down at the end of life, it does not naturally decompose at speed without industrial composting assistance. PLA is greener than traditional plastics, but its fate as waste, and the damage it can cause, is the same as any other plastic. PLA is a valuable material that should be kept in a circular loop for as long as possible.

J’adore vos produits en passant, bravo. Le vase Mariette noir, petite merveille 👌🏼

Sandra Heintz

Index Design

What you are doing with Cyrc is remarkable.

Noel Butler

Online customer

Taking a trip to the MMFA to see the new exhibition left with a magnificent vase by Cyrc offered at the museum’s boutique.

Théo Dupuis-Carbonneau

ELLE Canada

Ce vase m’a tout de suite frappé par son originalité : le design , la construction et les matériaux utilisés. Continuez ce beau travail.

Pierre

Online customer

I bought a fruit bowl and it's lovely!

Sarah Lee

Architect

Superb design and the colors are great! a piece noticed when friends visit.

Carolan Grégoire

Online customer

We make design objects that make it easier for you to be a consumer living by your principles.

It is imperative that we create a future where the simple act of owning a vase, a bowl, or a chair doesn't come with hidden costs from extraction, production, and exploitation.

Meet Cyrc.

Made with circular materials

We believe valuable materials should stay in use, not become waste. Our PLA is bio-derived from plant starches, but that doesn't make it disposable. We keep every gram in our closed-loop system, failed prints, production scraps, and returned products are recycled in-house.

Inside the Cyrc studio, where sustainable home decor is made

3D Printed at Our Montreal Studio

Additive manufacturing reimagines production itself. Made-to-order means zero overstock waste. In-house fabrication means complete material control, every failed print returns to the system. And layer-by-layer precision means freedom to experiment with forms and textures traditional manufacturing can't achieve.

Zero-waste Circular Design

Our closed-loop model keeps materials in continuous use. Every Cyrc product can return to our Montreal studio at end-of-life to be recycled into new designs—no landfills, no pollution. This is circularity in practice: materials that cycle indefinitely, objects designed for multiple lives, and a production system that proves waste is a design flaw, not an inevitability.