RawMend Private Raw Media Studio

See Invisible Vibrations with Video Motion Magnification

Turn an ordinary tripod smartphone video into a non-contact vibration microscope. Isolate target Hz bands and magnify microscopic machine or structural movement up to 40× with live heatmaps.

Display Mode:
30 FPS Neural Loop
Raw Feed (0.14px Invisible)
VibeScope AI 28× Magnified
Isolating Micro-Vibrations…
F 01 / 30
1-Click Live Demos:
AI Micro-Motion Magnifier
28×
3.5 Hz
7.0 Hz
52%
Resonance Telemetry
5.0 Hz Dominant Freq
18.4 Energy Score
12.4% Active Zone

100% private local processing • Plant footage never uploaded

How to Use VibeScope in 3 Simple Steps

1

Record Steady Tripod Video

Set your phone or camera on a firm tripod not touching the vibrating machine, record 3–8 seconds, and upload the clip (or run built-in lab demos).

2

Isolate Target Hz Band & Gain

Select your target vibration frequency range and raise Magnification Gain up to 40× to make microscopic movement visible.

3

Inspect Heatmap & Export Proof

Toggle the Resonance Heatmap overlay to pinpoint loose bolts or flexing panels, then export WebM video or PNG.

Why VibeScope Beats Generic Online Editors

Pinpoint Loose Bolts & Bearing Wear

Mechanical faults start as imperceptible 0.1-pixel oscillations long before catastrophic failure. VibeScope AI turns standard 30fps or 60fps maintenance video into a full-field visual vibration map in milliseconds.

Precision Hz Frequency Isolation

Dial in Low Band Hz and High Band Hz to lock onto a specific motor RPM or structural sway frequency while ignoring slow tripod drift, ambient lighting changes, and unrelated background motion.

Glowing AI Vibration Energy Heatmap

Blend a vivid cyan-to-amber thermal energy overlay onto your magnified clip so maintenance engineers and clients can spot the exact resonating bracket, pipe joint, or speaker cone at a glance.

Frequently Asked Questions

How should I record video for the cleanest micro-vibration magnification?

Mount your phone or camera on a steady tripod or solid surface with good lighting so the camera itself stays still. Even 1 to 2 seconds of steady `.mp4` or `.webm` footage is enough to reveal sub-pixel oscillations.

Why is the left raw view completely still in Demo #1?

Demo #1 simulates an authentic 0.14-pixel sub-pixel bolt oscillation at 5 Hz—far smaller than a single screen pixel, making it invisible to human vision until VibeScope AI magnifies that frequency band 28× on the right.

Are factory or engineering inspection clips uploaded to any server?

Never. VibeScope AI executes 100% inside your local browser memory inside your browser, ensuring total NDA and facility security compliance.

What camera frame rate do I need to visualize machine vibrations?

Standard 30fps video reveals structural sway and low-speed vibrations up to roughly 12 Hz. Switching your smartphone to 60fps or 120fps slow-motion mode lets you inspect faster fans, motors, pumps, and 3D-printer resonances.

Why must the camera sit on a separate tripod or table?

If your phone rests on the same workbench as a vibrating motor or 3D printer, the entire camera shakes too. Placing the tripod on the floor ensures only true subject movement gets magnified.