Reviva 600GF

Designed for Comfort

The Reviva 600GF sauna barrel has an impressive 6’5” interior height and comfortably accommodates up to 6 bathers. The expansive arched backrest offers exceptional lumbar support, ensuring a truly relaxing sauna session. The Reviva 600GF’s large diameter allows benches to be ergonomically contoured.

 

Full-Glass Front Wall

The bronzed glass front wall and tempered glass door create an elegant entrance to your home sauna sanctuary! This innovative design lets you immerse yourself in stunning floor-to-ceiling outdoor views during each sauna session. 

 

Built to Last

The interior of the Reviva 600GF is crafted of premium-quality, knot-free Thermo-Aspen. This premium-grade wood material provides a rich, natural color and an incredibly smooth surface for optimal comfort.  Reviva saunas feature 1.65” thick full-length Thermo-Spruce staves that offer exceptional thermal resistance (R-value) and dimensional stability. The Reviva 600GF includes ergonomically crafted Thermo-Aspen benches and backrests (1.1” thick and 3-1/2” wide).

 

Barrel Sauna Innovation

Reviva Series outdoor saunas come with durable stainless-steel barrel bands, measuring an impressive 1-7/8” wide and 1/8”. These bands securely compress the staves to form a durable and structurally sound wellness retreat. The watertight shingle kit, equipped with side-mounted drip edges, provides optimal rainwater management, protecting your sauna from changing elements. The Reviva 600GF’s dual floor drains, located under the sauna heater and near the door, help prevent unwanted water from building up within your sauna.

 

Advanced LED Lighting

The Reviva 600GF comes equipped with an innovative white LED lighting system. This Wi-Fi app-based lighting system lets you set the ambiance of your sauna, while also accentuating the natural beauty of the wood. A hand-held remote control provides complete control of on/off/dim operation. This lighting system is heat and water certified (IP 67) and is designed to perform optimally in intense thermal conditions.