Thermally modified aspen, blackened steel and precision-controlled heat. From a single barrel cabin to a forty-room hotel wellness floor, we engineer, prefabricate and ship complete sauna systems with full technical documentation.
Every line is built from the same component library — kiln-stable timber, sealed vapour barriers, tested heaters — then adapted to your dimensions, capacity and control philosophy.
A four-to-six person barrel cabin in thermo-treated aspen with a blackened steel band set, sized for gardens and lakeside decks.
A charred-timber cube pod with a full-height glazed front, designed for courtyards, rooftops and boutique hotel terraces.
A six-to-eight person cabin with a full panoramic glass wall, specified where the view is as much a part of the ritual…
A cassette-built indoor room that drops into an existing shell — bathrooms, basements and apartment wellness corners.
A low-temperature infrared cabin with full-spectrum carbon emitters, specified where power supply or ceiling height rules out a traditional sauna.
A twelve-person commercial steam room in seamless micro-cement, engineered as one system with its generator, drainage and descaling cycle.
Load profiles, hygiene requirements and duty cycles differ enormously between a private bathroom and a public thermal bath. We specify accordingly.
Compact indoor cabins and garden pods sized for two to six people, engineered for single-phase supply and quiet evening operation.
Wellness floors with mixed heat rituals — dry sauna, laconium and steam — sharing a common control architecture and service corridor.
High duty-cycle cabins that run twelve hours a day: reinforced benching, splash-tolerant finishes and serviceable heater bays.
Public bathing environments with commercial steam generation, automated descaling and full wet-room detailing.
A sauna is a thermal machine wrapped in timber. We treat both halves with the same rigour.
Our timber is heat-treated at 190–212 °C, which drives out resin and reduces movement to a fraction of untreated stock. Aspen stays cool to the touch, spruce carries the structure and cedar delivers the aroma.
Every cabin is fully built on our factory floor, checked for panel alignment, heater clearance and vapour-barrier continuity, then numbered, flat-packed and crated. Site assembly takes a day, not a fortnight.
Scored on the properties that actually decide a sauna specification: how cool the surface stays against skin, how far it moves through a heating cycle, how long it survives commercial duty, and how much aroma it gives.
Populus tremula, modified at 212 °C
Benches, backrests, headrests — every surface a bather touches.
Picea abies, kiln dried to 12 %
Shell staves, framing, ceiling rafts and exterior cladding.
Thuja plicata, clear grade
Infrared cabin linings and feature walls where aroma is the brief.
Alnus glutinosa, modified at 195 °C
Dark bench fronts, aprons and contrast detailing.
Temperature alone tells you very little. What a bather feels is the pairing of air temperature with relative humidity — which is why a 45 °C steam room hits harder than an 85 °C dry sauna. Hover a zone to read what it is for.
Dry radiant heat with a small stone charge. The classic Nordic climate and the one most cabins are commissioned to.
The cycle a cabin has to support. It drives bench depth, plunge proximity, rest seating and how much recovery the stone bed needs between rounds.
8 – 12 min 80 – 90 °C
Enter dry, sit on the lower bench and let the body find the heat before any water goes on the stones.
2 – 4 min +10 – 20 % RH
Two to three decilitres per ladle, ninety seconds apart. Move to the upper bench for the full effect.
20 – 60 s 8 – 15 °C
Plunge pool, cold bucket or snow. Short and complete beats long and hesitant.
10 – 15 min Ambient
Sit somewhere cool and dry until the skin stops flushing and breathing settles.
2 – 3 cycles —
Most bathers settle at three rounds. Rehydrate between each one.
A quick reference for matching cabin volume to heater output. Final selection accounts for glass area, uninsulated masonry and ventilation rate.
Enter the finished internal dimensions of the cabin. We apply the industry rule of roughly 1 kW per cubic metre, then add 1.2 m³ of equivalent volume for every square metre of glass and 1.5 m³ for every square metre of uninsulated masonry, concrete or log.
Indicative only. Final selection is confirmed against your ventilation rate and supply before we quote.
| Cabin Volume | Bathers | Heater Output | Supply | Typical Energy Use |
|---|---|---|---|---|
| 4 – 6 m³ | 2 – 3 people | 4.5 kW | 230 V / 1 ph | ≈ 3.1 kWh per session |
| 6 – 9 m³ | 3 – 4 people | 6.0 kW | 400 V / 3 ph | ≈ 4.2 kWh per session |
| 9 – 13 m³ | 4 – 6 people | 8.0 kW | 400 V / 3 ph | ≈ 5.6 kWh per session |
| 13 – 18 m³ | 6 – 8 people | 9.0 kW | 400 V / 3 ph | ≈ 6.4 kWh per session |
| 18 – 24 m³ | 8 – 12 people | 12.0 kW | 400 V / 3 ph | ≈ 8.5 kWh per session |
| 24 – 35 m³ | 12 – 18 people | 15.0 kW | 400 V / 3 ph | ≈ 10.8 kWh per session |
Bather counts printed in catalogues rarely survive contact with a real bench layout. These plans are drawn from the published footprint of each cabin, with 600 mm of bench per bather and the heater and door swing kept clear.
Bench Bather position Heater Door swing
Technical notes on timber, löyly, ventilation and energy use — written by the engineers who build the cabins.
Two timbers, two jobs. Choosing the wrong one for the wrong surface is the most common specification mistake we are asked to…
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The burst of steam that follows a ladle of water is the whole point of a Finnish sauna. Here is what actually…
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Cabin volume is only the starting point. Glass area, uninsulated masonry and ventilation rate all move the answer — usually upwards.
Read ArticleSend us your room dimensions, ceiling height, intended capacity and power supply. Our technical team returns a specification, a layout drawing and a firm price — usually within two working days.
Room dimensions, capacity and power supply help us answer with a firm specification.
Send us the room dimensions, intended capacity and the power supply available on site. Our engineers reply with a specification and a firm price.
