Tap into
relief.
focus.
intuition.
better sleep.
potential.
transformation.
performance.
confidence.
WIRELESS EMDR TAPPERS FOR CALM, FOCUS, AND SLEEP
Wevana combines bilateral stimulation, therapeutic community, and EMDR-inspired exercises to unlock deep transformation.
PROUD TO INTEGRATE WITH
Regulate your nervous system naturally
Forget clunky wires and clinical settings. Wevana brings EMDR-inspired technology into your pocket.
Our wireless Tabs use alternating, rhythmic vibrations to engage both sides of your brain—a process scientifically shown to lower stress and process emotions.¹
Wevana Tabs
$249
Our wireless bilateral stimulation tappers offer a beautiful, compact, and portable way to reduce the symptoms of anxiety, increase focus, and improve sleep. Experience the transformative effects of bilateral stimulation anytime, anywhere, commonly used in EMDR therapy, without the hassle of wires or cords.
Start a self-guided session through our Bluetooth companion app, or let your specialist control your Tabs remotely.
Bilateral stimulation for stress, sleep, focus, and emotional regulation.
Explore how EMDR-inspired bilateral stimulation can support nervous system regulation, improve focus and sleep, and help you navigate stress, travel, public speaking, and emotional processing with greater clarity and calm.
FOR THERAPISTS
Say goodbye to clunky EMDR tappers
You are a facilitator of deep transformation. Wevana is your evidence-based partner. Forget the messy wires and start supporting your clients’ healing in-session and beyond, with tools designed to feel powerful, intuitive, and seamlessly human.
TRUSTED BY 3000+ EMDR THERAPISTS
Understanding the Tabs
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
How to Use
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Safety & Clinical Questions
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Product & App
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.
Bilateral stimulation creates a rhythmic left-right pattern (using vibrations, sound, or sight) to engage both hemispheres of the brain, helping to process memories and regulate the nervous system.