Whole Body Vibration

Whole Body Vibration uses an advanced platform that sends safe, high-frequency energy pulses through your body, triggering rapid, involuntary muscle contractions. Originally developed for astronauts to maintain muscle density and now trusted by elite sports teams, this platform delivers gentle vibrations that stimulate systemic blood flow, support lymphatic drainage, and elevate metabolic rate with zero joint impact.

During your 10-minute appointment, you simply stand or hold guided positions on the vibration platform while the technology does the work. There is no heavy sweating or physical strain required, making it an easy drop-in session.

Because the platform utilizes continuous mechanical stimulation, clients with implanted medical devices, recent surgeries, or specific health conditions should consult their physician prior to scheduling.

Whole Body Vibration is ideal for anyone looking to optimize their daily routine, accelerate post-workout recovery, or maintain active movement without joint stress. By engaging deep muscle fibers, the platform enhances strength, tone, and core balance while active vibrations promote fluid movement to ease joint discomfort and reduce everyday stiffness. It also serves as an efficient tool for supporting healthy metabolic rate, bone density, and overall stress-hormone balance in a fraction of the time.

Reserve your session online or call our team at 314-698-2211 to schedule your appointment today.

Whole Body Vibration is a key offering on MARC’s Recovery + Wellness menu. You can also explore our other options, including BFR Recovery, RPW Therapy, Laser Therapy, Infrared Salt Sauna, or the Vitality Suite. Combine personal training with your treatment to build long-term strength and capacity while you heal.

Whole Body Vibration sessions are $10 for a 10-minute appointment, making it a quick and affordable addition to any recovery regimen. Flexible financing options through Cherry or CareCredit allow you to focus on your fitness goals now while paying over time.