CryoBuilt Everest Whole-Body Cryotherapy Chamber
Premium electric whole-body cryo - no liquid nitrogen, lower operating cost.
The home cryo system that doesn't require liquid nitrogen - CryoBuilt Everest uses electric refrigeration, which changes the install + operating economics dramatically.
Most cryotherapy chambers operate at -200°F using liquid nitrogen, which means recurring nitrogen tank deliveries ($300-600/month at home), an evaporator install, and the safety overhead of cryogenic gas. CryoBuilt eliminated that with electric refrigeration - the Everest reaches -110°F using a multi-stage compressor system, no nitrogen, just standard 240V electrical.
The trade vs nitrogen-based systems: lower temperature floor (-110°F vs -200°F), but the published cryotherapy research is conducted at -110 to -160°F, so the dose is in the documented range. Operating cost drops from $300-600/month (nitrogen) to ~$5-10/session (electricity). Maintenance is comparable to a high-end chest freezer.
For home buyers, the Everest is genuinely the practical pick - the nitrogen-based competitors require infrastructure most homes can't easily accommodate. CryoBuilt has installed in 50+ private residences over the past decade.
Home buyers wanting daily cryo without the nitrogen logistics. Family offices building dedicated wellness rooms. Athletes who want session-on-demand without commute to a cryo studio.
You need below -110°F floor (rare for non-clinical use), or you can't accommodate the 240V install + 8×6 ft footprint.
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CryoBuilt Everest - buyer FAQ
CryoBuilt Everest vs Impact Cryotherapy One - which one?
Both are electric (no nitrogen) whole-body cryo. CryoBuilt Everest hits -110F, has been in the home market 12+ years, and runs $50-60K. Impact One hits -130F (slightly colder), has 10 years in market, and runs $38-48K. For most-established brand and largest installed home base, CryoBuilt. For colder floor + lower price, Impact. The temperature delta does not materially change protocol outcomes (research operates at -110 to -160F).
Why pick electric cryo over the nitrogen-based commercial systems?
Three reasons. (1) Operating cost: ~$5-10/session electricity vs $300-600/month in nitrogen tank deliveries. (2) Install simplicity: 240V outlet vs nitrogen evaporator + outdoor tank + safety review. (3) Safety: no cryogenic gas asphyxiation risk. The trade is a higher temperature floor (-110F vs -200F), but mHBOT-equivalent: the documented research dose is in the -110 to -160F range, so the protocol is intact.
How much maintenance does the Everest need?
Comparable to a high-end commercial chest freezer. Annual coil cleaning, occasional refrigerant top-off, replace door seals every 3-5 years. CryoBuilt sends a tech for the first annual service ($600-1200), most owners self-maintain after that. No nitrogen logistics means no recurring delivery fees and no tank rental.
CryoBuilt Everest Whole-Body Cryotherapy Chamber
$50,000–$60,000 · Verified 2026-05-04
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