ASSEMBLY

Joined for Strength.

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The beauty of a perfect fit — down to every angle.

The first step in assembly is crafting the joints — and for that, we use tongue and groove. Known for its structural strength, this technique locks each board securely into the next, ensuring tight, seamless connections that won’t shift over time.

Each ice bath is made from 16 solid teak segments, each 4cm thick, forming a hexadecagon — a 16-sided shape. But fitting them together this precisely wasn’t easy.

To achieve perfect alignment, we custom-engineered our cutting tools to match the exact profile needed. Every tongue, every groove — machined to precision so the entire structure locks together with flawless continuity. This is the maths we used to calculate the exact requirement of the cutting tool :

Pressure Perfect.

Clamped with force. Held with precision. No screws required.

To ensure every joint is perfectly aligned and permanently bonded — without using a single screw — we developed our own clamping system.

Custom-built in-house, the machine uses pressurized air to drive steel clamps against the wood at three critical points: top, middle, and bottom. Each pressure point is evenly measured and precisely regulated, so every section of the ice bath is held with equal force during the bonding process.

We use industry-leading adhesive in the joints before clamping, allowing the structure to cure into a single, unified form.

The result? A screwless construction that’s incredibly strong, perfectly aligned, and built to last — all thanks to engineering that’s just as thoughtful as the design.

Precision-Fit Fiberglass.

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The smartest way to hold the cold.

Once the wooden structure is fully joined, we install the fiberglass inner shell — the part of the ice bath that holds the water. And while it’s out of sight, it plays a crucial role in performance.

We use fiberglass because it's an exceptional thermal insulator. Unlike metal or other common materials, fiberglass slows down the transfer of heat, helping the water stay colder for longer. That means your chilling unit doesn’t have to work as hard — saving energy, reducing wear, and maintaining your desired temperature with less effort.

We’ve tested alternatives — including stainless steel — but found fiberglass offered the best balance of insulation, durability, and user comfort. It’s light, strong, and resistant to corrosion, making it the ideal material for the inner body of our ice baths.

It’s not just about keeping things cold. It’s about doing it efficiently, intelligently, and beautifully.

The Art and
Engineering of Shaping.

Shaped by machine, not by guesswork.

Our signature barrel shape is more than just a design detail — it’s a defining part of the ice bath’s identity. Producing a single, beautifully curved unit isn’t difficult. But producing that same shape repeatedly, with exact precision across every unit? That’s a serious challenge.

Early in our production, we relied on manual shaping. But even the most skilled hands introduced small variations — subtle differences that disrupted consistency. That wasn’t good enough.

So we engineered a solution.

We custom-built a shaping system designed to remove human error entirely. The process begins by mounting the ice bath horizontally on a rotating axis. As the bath spins, a steel cutting head is set against a master mould — a physical template of the exact curvature we designed.

The cutter moves vertically along a mechanical track, guided by the mould’s profile. As it traces the form, it carves the outer surface of the bath into a precise, repeatable shape, ensuring that every unit is geometrically identical — down to the millimeter.

This system eliminates the inconsistencies of hand tooling, delivering a perfectly symmetrical, structurally balanced shape, every time.

It’s how we take a handmade material — and finish it with machine-perfect precision.