LONGEVIS M1 MAX

The LONGEVIS M1 MAX is an intelligent, dual-mode cryotherapy chamber that combines cold and heat therapy for future rehabilitation and anti-aging needs. Inspired by the minimalist aesthetics and high-performance structure of space capsules, this chamber integrates extreme cold therapy as low as minus 180 degrees Celsius and heat therapy of up to 45 degrees Celsius, providing an all-new intelligent, systematic, and anti-aging platform.



This chamber features an industry-first intelligent lifting base system with an adjustable standing platform, accommodating various heights, body shapes, and comfort needs. It adopts an aerospace-grade multi-hole air duct design for accurate angle and volume adjustment of liquid nitrogen, offering 360-degree surrounding airflow. This hugely improves cryotherapy efficiency and user comfort, tackling the industry-wide challenge of localized overcooling found in traditional cryotherapy devices.



This chamber integrates a front-mounted display that facilitates users to check data in real time while enhancing operational safety. It also incorporates customizable LED ambient lighting, dual-side screens, and electric bi-parting sliding doors, adding a sense of technology and ceremony.



Moreover, this chamber is equipped with a multi-hole backflow liquid nitrogen self-circulation system. Optimized through Computational Fluid Dynamics (CFD), a multi-hole air duct network and a closed backflow path are constructed to form a closed circulation loop of "Collection-Pressurization-Redistribution". This design enables liquid nitrogen recycling, reducing liquid nitrogen consumption by more than 30% compared to conventional solutions.



In addition, this chamber intelligently adjusts the parameters of cold and heat therapy through advanced AI algorithms. It also allows remote control via multiple terminals, supporting mini-program check-ins, usage data tracking, and cloud-based diagnoses, which bring a digital closed-loop management experience. It introduces multi-layer active and passive safety mechanisms, including pressure detection, automatic exhaust, electromagnetic locks, and emergency stop protection, to ensure high safety.