
888-963-9454
Mon-Sun: 9am-6pm CST
888-963-9454
Mon-Sun: 9am-6pm CST
The Antarctica WBC Nitrogen Cryotherapy Chamber delivers ultra-cold temperatures using a nitrogen-powered system designed for full-body cryotherapy, including the head and neck. It uses a heat exchange process to cool the chamber air while keeping it breathable, so clients can remain fully immersed without inhaling nitrogen gas. This allows for safe, effective exposure to extreme cold, typically between -80°C and -140°C, without needing to exit early or wear facial protection.
This chamber is engineered to avoid the discomfort and safety risks of direct nitrogen vapor contact. Instead of flooding the cabin with nitrogen like older units, the Antarctica uses nitrogen outside the chamber walls to chill the air indirectly. That means all body parts, including the face and scalp, can receive the cold treatment in comfort. The chamber maintains consistent airflow and temperature while staying safe to breathe.
Sessions might help with faster muscle recovery, reduced swelling, and temporary pain relief. Athletes, biohackers, and high-performers may use this type of therapy to recover from intense physical activity or support overall performance goals. Since the cold triggers short-term stress responses, it may also help boost circulation, alertness, and mood.
The design allows quick access and short recovery cycles. Its large interior fits most body types and allows full-body exposure in standing position. The chamber pairs with advanced controls and safety features to regulate session length, monitor conditions, and prevent direct gas contact. Because the air inside is breathable, users can speak and move freely without discomfort.
The Antarctica WBC is suitable for commercial and performance-focused environments looking for a nitrogen-based cryo option without exposing clients to direct vapor. Its combination of efficiency, safety, and comfort makes it a strong choice for those seeking the potential benefits of full-body cryotherapy in a safer, more advanced form.