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Curated to a Defined Build and Materials Standard
Built for Serious Training
Every product in this catalog was held to a material and build standard before it earned its place here — from counterbalanced Smith machines and in-ground basketball systems to infrared saunas and cold plunges designed for finished residential spaces. We stand behind that standard with responsive support and a straightforward return policy. Reach us directly at support@movementsupplyco.com.
Questions We Get a Lot
Most cabins in this category are constructed from Canadian hemlock or Nordic spruce — both low-resin, dimensionally stable softwoods that hold up under repeated heat and humidity cycles without warping or off-gassing. The wood grade matters because lower-density fillers and finger-jointed panels can degrade at the joints over time. Every cabin in this collection is built to a stated timber specification.
EMF stands for electromagnetic field, measured in milligauss (mG). Low-EMF ratings on infrared emitter panels typically fall below 3 mG at seated distance. When evaluating a cabin, look for the EMF figure stated at the body position — not at the panel surface, which will always read higher. We publish the available technical data for each model in the product listing.
Most residential infrared cabins in the 1-4 person range draw between 1,400W and 4,800W depending on emitter count and cabin size, and require a dedicated 20A or 30A circuit at 120V or 240V respectively. Confirm the voltage and amperage requirement for the specific cabin before purchase. A licensed electrician should assess your panel capacity before installation.
Infrared sauna cabins are covered under our 30-Day Returns policy. Because these ship as freight on pallets, the return process involves coordinating outbound freight pickup — refer to our Return Policy for the full procedure and any applicable conditions before completing your purchase.
About Our Infrared Saunas
An infrared sauna cabin uses radiant emitter panels to heat the body directly rather than heating the surrounding air. The result is a lower ambient temperature than a traditional Finnish sauna — typically between 45°C and 65°C — while the emitters deliver heat at wavelengths that penetrate the surface layer of the skin. This makes the format well-suited to home installation: standard household electrical circuits can often support smaller cabins, and the lower operating temperatures reduce the ventilation and waterproofing demands placed on the surrounding space. Residential cabins are built for garages, finished basements, and dedicated rooms. When choosing a cabin, the details that matter most are emitter type and placement, wood species and construction joinery, EMF output at seated distance, and the electrical specification the cabin actually requires. Cabin footprint and bench configuration determine whether the unit fits your space and how many occupants it accommodates. Size up the electrical requirement before ordering.