Experience the best of both sauna worlds with the Golden Designs Toledo 6 Person Indoor Hybrid Sauna, a versatile infrared and traditional sauna combo designed to deliver a fully customizable sauna experience at home. Built with a premium Canadian Red Cedar interior, the Toledo combines natural beauty, durability, and excellent heat retention with advanced hybrid sauna technology. This spacious 6 person indoor sauna allows you to choose between PureTech™ Full Spectrum infrared therapy for deep, penetrating warmth or the powerful heat of a Harvia traditional sauna stove, giving you the flexibility to tailor each session to your recovery, relaxation, or wellness goals.

The Toledo Hybrid Sauna features PureTech™ Full Spectrum infrared heaters designed to help support muscle recovery, improved circulation, detoxification, and stress relief. When you want a more intense sauna session, the Harvia traditional heater can raise the temperature to approximately 190°F, allowing you to pour water over heated stones to create steam for a classic sauna environment. This hybrid infrared traditional sauna delivers the versatility of two sauna styles in one premium unit, making the Golden Designs Toledo Hybrid Sauna an ideal choice for anyone searching for a 6 person indoor sauna, hybrid home sauna, or full spectrum infrared sauna with traditional heater.

WHAT IS AN ELECTROMAGNETIC FIELD (also known as EMF)?

An Electromagnetic Field is a physical field produced by electrically charged objects. It is one of the fundamental forces of nature. The field can be viewed as the combination of an electric field and a magnetic field. The electric field is produced by stationary charges and the magnetic field by moving charges referred to as currents. The magnetic field is measured in milligauss (mG). Our sauna products have been developed to have low EMF. Our Low EMF sauna models range between an average of 5mG-10mG at about two inches from the heater panel and our Ultra Low EMF sauna models range between 3mG-5mG at the same approximate distance.