Experia Vibro Acoustic Lounger
✔️Shipping included to 48 US States
✔️Estimated to ship typically within 3-5 weeks,
✔️No Sales Tax Charged to any US State except AZ
✔️Call us with any Questions
✔️Contact us for a formal quote
✔️Shipping included to 48 US States
✔️Estimated to ship typically within 3-5 weeks,
✔️No Sales Tax Charged to any US State except AZ
✔️Call us with any Questions
✔️Contact us for a formal quote
The Experia Vibro Acoustic Lounger gives users a comfortable full body place to relax while music is transformed into gentle vibration. For sensory rooms, therapy clinics, school calming spaces, and home sensory environments, this lounger helps create a more grounded, calming sensory experience.
Instead of only hearing music, users can feel the vibration through the lounger. This makes it a strong choice for individuals who benefit from body based sensory input, relaxation routines, and sensory breaks that feel supportive rather than demanding.
As music plays, the lounger vibrates in sync with the sound to create soothing sensory input through the body. The sound and vibration can be adjusted separately, allowing the sensory experience to be adapted for the room, user, and session.
Vibration based input may support relaxation, body awareness, proprioceptive input, and calming routines when used as part of a supervised sensory plan.
Choose the Experia Vibro Acoustic Lounger when you want a comfortable full body relaxation option. For a floor based option that can be used seated or lying down, compare it with the Vibro Acoustic Platform. For a simpler reclined option, view the Vibroacoustic Long Easy Lounger.
See all options in our Vibroacoustic Therapy Equipment collection or shop more sensory room equipment.
If you are planning a sensory room for a school, clinic, or organization, we can help compare options and support purchase orders. Request a commercial quote before ordering.
Add the Experia Vibro Acoustic Lounger to your sensory room and give users a supportive place to rest, reset, and feel calming vibration based input through the body.