🩺 Dead Skin Removal & Heel Cleaning Videos — Complete Master Guide
Create ultra-realistic AI podiatry procedure videos — extreme close-up macro shots of gloved hands using a scalpel to remove thick callused heel skin — using Claude or ChatGPT for prompts, Google Flow (Veo 3) for image and video generation, and the Extend feature for seamless continuation.
What Is This Niche?
These videos show an extreme close-up macro view of a licensed podiatrist's gloved hands using a scalpel to perform precise dead skin removal and callus debridement on a patient's heel. The yellow thickened callus skin lifts in thin ribbons under the blade. The heel fills most of the frame. The clinical setting — blue surgical drape, blurred stainless steel tray, soft LED lighting — makes it look exactly like real medical documentation footage. It is deeply satisfying to watch in a way that is impossible to explain and impossible to scroll past.
💡 The Core Hook: 15 million views on a single video. 4.7 million on another. This niche consistently produces the highest view counts of any ASMR or procedural content category on TikTok and Reels. The combination of clinical precision, the satisfying texture of callus peeling, and the extreme macro close-up that makes the viewer feel physically present at the procedure creates an involuntary engagement response that viewers cannot control. They watch. They replay. They share with people who have the same involuntary response.
Why Does This Go Viral?
| Element | Why It Works |
|---|---|
| 🔍 Extreme Macro Close-Up | The heel fills 60–75% of the frame — the viewer is physically inside the procedure — the proximity creates an involuntary immersion response |
| ✂️ Satisfying Peel | Watching a thin ribbon of dead skin lift cleanly from the callused zone under a precise scalpel blade triggers the most powerful ASMR satisfaction response in visual content |
| 🏥 Clinical Authenticity | Blue surgical drape, nitrile gloves, stainless steel tray, LED clinical light — the medical setting signals that this is a real procedure, not entertainment — which makes it more compelling |
| 🧠 Brain Can't Look Away | The combination of texture, precision movement, and the promise of a clean result creates a compulsive viewing loop — viewers literally cannot scroll until the stroke is complete |
| 🌍 Zero Language Barrier | No words, no narration, no cultural context needed — this content works identically in every country and every language simultaneously |
| 💆 Secondhand Relief | Viewers who have ever had cracked heels experience a profound secondhand relief response watching the removal — deeply personal and deeply shareable |
| 📊 Algorithm Magnet | 100% watch rate — nobody stops watching mid-stroke — the completion signal drives the algorithm to push this content harder than almost any other category |
| ♾️ Infinite Variations | Different camera angles, scalpel entry points, callus zones, glove colors, lighting directions — every combination generates a fresh video that feels completely new |
The Critical Composition Rules
Every image and video must follow these rules exactly. Breaking any one of them makes the result look artificial rather than clinical. These rules are what make the content look like real medical documentation.
🔒 Mandatory Composition Rules — Every Image and Video
Frame fill: Heel must occupy 60–75% of the frame — never small, never distant
Camera distance: Macro close-up — equivalent to 100mm macro lens at 20–30cm — extreme proximity
Scalpel rule: Blade contacts ONLY the thick yellow callused zone — healthy surrounding skin is NEVER touched
Depth of field: f/2.8 to f/4 — heel and blade in razor-sharp focus, everything else smoothly blurred
Background: Completely blurred bokeh — blurred stainless steel tray in far background only
Drape: Blue surgical drape fills the lower portion of the frame naturally
Ankle: Only partial ankle edge visible at frame border — foot never looks detached or floating
Blood: NEVER — no blood, no excessive fluid, no redness — purely satisfying clinical precision
Composition: Vertical ONLY — 9:16 aspect ratio — no landscape or square
Style: Documentary medical DSLR photography — NOT illustration, NOT AI-art — must look like a real photograph
Variation Elements — Fresh Video Every Time
Each video varies slightly across these elements while keeping all the core rules identical. These variations are what make every video feel fresh despite the same overall format.
📐 Camera angle — slightly above, side, slight tilt
🔵⬛ Glove color — blue or black nitrile
✂️ Scalpel entry angle on callus
📍 Which zone of callus is being treated
💡 Light direction — upper left, upper right, overhead
🖐️ One hand or two hands visible
🩺 Scalpel OR electric dremel/file instrument
🟡 Thickness level of callus buildup
🔓 Stage — first stroke OR mid-removal OR late clean
4-Step Production Workflow
Step 1
Ideas
Ideas
Get 10 Concept Ideas from Claude or ChatGPT
🤖 Tool: Claude or ChatGPT
Paste the master prompt into Claude or ChatGPT. The AI generates exactly 10 short concept ideas — each one a specific variation of the podiatry procedure (different angle, different callus zone, different instrument, different stage). Review the list and choose one number. The AI then waits for your selection.
↓
Step 2
Image
Image
Generate 4 Reference Images in Google Flow
🎨 Tool: Google Flow (Veo 3 Image Generation)
After selecting a concept number, the AI generates a full professional image prompt following all the mandatory composition rules. Copy this image prompt → open Google Flow → paste → generate 4 image variations. Review all 4 → select the one that looks most authentically clinical, where the heel texture is most realistic and the blade contact point is sharpest and most precisely positioned on the callused zone only.
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Step 3
Video 1
Video 1
Generate First Video Clip — Start Frame + Prompt
🎬 Tool: Google Flow — Image to Video (Veo 3)
Upload the best selected image as the Start Frame in Google Flow → paste Video Prompt 1 → generate the first 3–5 second video clip. This clip shows the scalpel beginning its slow precise stroke across the callused zone — the blade making first contact, the callus surface showing subtle texture response, the first thin edge beginning to lift. Camera locked. Ultra slow. Ultra precise.
↓
Step 4
Extend
Extend
Extend the Video — Seamless Continuation
🎬 Tool: Google Flow — Extend Feature
Use the Google Flow Extend feature on the first video clip → paste Video Prompt 2 → generate the 3–5 second extension. This clip continues from exactly where Video 1 ended — the scalpel completes its stroke, the thin callus ribbon peels cleanly away from the damaged zone, and the hand repositions for the next stroke. Seamless continuation. Join both clips in CapCut for the complete 6–10 second video.
Tools You Need
- Claude or ChatGPTPaste the master prompt → receive 10 concept ideas → select one → receive the full Image Prompt + Video Prompt 1 + Video Prompt 2. One conversation generates a complete production package.
- Google Flow — Image Generation (Veo 3)Paste the Image Prompt → generate 4 variations → select the most clinically authentic result. This image becomes the Start Frame for video generation.
- Google Flow — Image to Video (Veo 3)Upload selected image as Start Frame → paste Video Prompt 1 → generate 3–5 second first clip showing the start of the scalpel stroke on the callus.
- Google Flow — Extend FeatureUse Extend on the first video → paste Video Prompt 2 → generate 3–5 second continuation showing callus ribbon peeling and hand repositioning. Seamless join.
- CapCutJoin Video 1 + Video 2 extension clips → add very subtle ASMR ambient sound (optional very faint clinical ambient only) → export 9:16 vertical 1080p
Copy the Master Prompt
Paste this entire prompt into Claude or ChatGPT. Get 10 concept ideas. Pick one number. Receive the complete Image Prompt + Video Prompt 1 + Video Prompt 2 — ready for Google Flow immediately.
master-prompt.txt
You are a professional medical image concept generator specialized in ultra-realistic podiatry procedure photography. IMPORTANT: All generated concepts must exactly match the visual style of real clinical podiatry treatment photography — extreme close-up macro style where the heel fills most of the frame and scalpel work is clearly visible in sharp detail. FRAMING AND COMPOSITION RULES (CRITICAL): - This is a CLOSE-UP MACRO shot — heel must fill 60-75% of frame - Scalpel and gloved hand must be clearly visible and in focus - Camera distance: very close — like a macro lens 20-30cm away - Heel pad must appear LARGE in frame — not small or distant - Only partial ankle/lower leg edge needed at frame border - Viewer should feel they are RIGHT THERE watching the procedure - No wide shots — no full leg visible — tight clinical close-up...
You are a professional medical image concept generator specialized in ultra-realistic podiatry procedure photography. IMPORTANT: All generated concepts must exactly match the visual style of real clinical podiatry treatment photography — extreme close-up macro style where the heel fills most of the frame and scalpel work is clearly visible in sharp detail. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ FRAMING AND COMPOSITION RULES (CRITICAL) ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ — This is a CLOSE-UP MACRO shot — heel must fill 60–75% of frame — Scalpel and gloved hand must be clearly visible and in sharp focus — Camera distance: very close — 100mm macro lens at 20–30cm distance — Heel pad must appear LARGE in frame — not small or distant — Only partial ankle or lower leg edge needed at frame border — Viewer should feel they are RIGHT THERE watching the procedure — No wide shots — no full leg visible — tight clinical close-up only THE HEEL MUST LOOK: — Thick yellow callused skin concentrated at heel pad center — Deep natural fissures within the callused zone only — Realistic dry cracked texture clearly visible at macro distance — Surrounding healthy skin looks normal and untouched — No blood — no exaggeration — natural human skin tone — Authentic medical realism — must look like a real photograph — NOT AI-art style — NOT illustration SCALPEL TECHNIQUE — CRITICAL RULE: — Scalpel blade contacts ONLY the thick yellow callused area — Healthy surrounding skin must NEVER be touched by the blade — Blade angle shows targeted precision debridement up close — Only the damaged thickened callus zone is being treated — Thin dry callus skin peeling or lifting only from damaged zone — Blade and skin contact point must be SHARP and clearly visible THE HANDS MUST LOOK: — Real licensed podiatrist hands in extreme close-up — Wearing blue OR black nitrile gloves — Natural professional grip clearly visible at close range — Precise controlled hold showing clinical accuracy — "LICENSED PODIATRIST" wristband partially visible (optional) FOOT POSITIONING RULES: — Heel resting naturally on blue surgical drape — Only partial ankle edge visible at frame border — Foot must NEVER look detached or isolated — Blue drape fills lower portion of frame naturally STRICT VISUAL RULES: — Clinical podiatry treatment room — LED surgical lights softly visible or casting light from above — Background completely blurred — bokeh effect — Stainless steel tray extremely blurred in far background — Heel, callus texture, and scalpel in razor-sharp focus — Very shallow depth of field — f/2.8 or f/4 — 100mm macro lens style — extreme close-up detail — DSLR documentary medical photography style — Ultra high resolution — every skin texture detail visible — Vertical composition ONLY — aspect ratio MUST be 9:16 — Must look like authentic real clinic photography VARIATION RULES — Each idea varies slightly in: — Exact camera angle (slightly above, side, slight tilt) — Scalpel entry angle on callus — Which part of the callused zone is being treated — Light source direction casting on heel — One hand or two hands visible — Blue OR black gloves — Scalpel OR electric file/dremel instrument But ALWAYS close-up macro — heel fills the frame. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ OUTPUT FORMAT — FOLLOW EXACTLY ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ STEP 1 — CONCEPT IDEAS (Do this first, then wait) Provide EXACTLY 10 ideas. Each idea = ONE SHORT SIMPLE SENTENCE only. No long descriptions. No extra explanation. WAIT for user to select one idea number before continuing. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ STEP 2 — IMAGE PROMPT (Only after user selects idea number) ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Generate a full professional ultra-realistic image generation prompt based on the selected concept. Must include all of: — CLOSE-UP MACRO framing — heel fills 60–75% of frame — Scalpel blade touching ONLY yellow callused damaged area — Healthy skin completely untouched around callus boundary — Partial ankle edge visible at frame border only — Blue surgical drape in lower frame — Razor sharp focus on heel texture and blade contact point — Very shallow depth of field — blurred clinical background — 100mm macro lens, f/2.8, clinical LED lighting — Aspect ratio 9:16 — Style: authentic documentary medical photography — NOT AI illustration — must look like real photograph ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ STEP 3 — VIDEO PROMPT 1 — FIRST GENERATION (Google Flow: Place generated image as first frame + add this prompt to generate first video clip) ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Video Prompt 1 must include: — Extreme close-up maintained throughout — no zoom out — Starting position matches the image exactly — Foot completely still on blue drape — Scalpel begins slow precise stroke ONLY on callused area — Blade stays within damaged yellow callus zone — Dry callus surface shows subtle texture response under blade — Thin edge of callus begins to lift at blade tip — Camera completely locked — static macro close-up — Motion: ultra slow, precise, deliberate — Mood: professional, focused, satisfying — Duration: 3 to 5 seconds — Optimized for Google Flow image-to-video generation ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ STEP 4 — VIDEO PROMPT 2 — EXTENSION PROMPT (Google Flow: Use Extend feature with this prompt to continue from last frame of Video Prompt 1) ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ Video Prompt 2 must include: — Extreme close-up maintained — same tight framing — Continues from last frame of Video 1 — Scalpel completes stroke — thin callus ribbon peels away — Only damaged yellow callus zone affected — Healthy skin boundary completely untouched — Hand repositions slightly within callused area for next stroke — Everything slow, controlled, clinical — Camera locked — no movement — Lighting consistent throughout — Mood: calm, clinical, satisfying precision — Duration: 3 to 5 seconds — Optimized for Google Flow Extend feature — Seamless continuation ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ GLOBAL RULES — NEVER BREAK ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ — Never generate images or prompts showing blood — Never show healthy skin being cut or damaged — Always ultra-realistic medical photography style — never AI art — Always 9:16 vertical composition — Always extreme macro close-up — never a wide shot — Scalpel always on callused zone ONLY — Generate 10 ideas first and WAIT for selection Now begin. Show the 10 concept ideas first and wait for my selection.
How To Use — Step by Step
- Paste Master Prompt — Get 10 Concept IdeasCopy the full prompt → paste into Claude or ChatGPT → press Enter. The AI generates exactly 10 short concept ideas — each a specific variation of the podiatry procedure. Review the list. The AI then stops and waits for your selection — it will not generate anything else until you choose.
- Select a Concept NumberType any number from 1 to 10. The AI generates three things in sequence: the full Image Prompt with all mandatory composition rules built in, Video Prompt 1 for the first clip, and Video Prompt 2 for the extension. All three are ready to use immediately.
- Generate 4 Images in Google FlowCopy the Image Prompt → open Google Flow → paste into the image generation field → generate. Google Flow produces 4 variations. Review all 4. Select the image where: the heel texture looks most authentically real and callused, the blade contact point is sharpest and most precisely on the callus zone only, the gloved hand looks most natural, and the clinical background blur looks most genuine.
- Generate Video 1 — Image as Start FrameIn Google Flow → Image to Video: upload your selected best image as the Start Frame → paste Video Prompt 1 → generate. The output is a 3–5 second clip showing the scalpel beginning its slow deliberate stroke across the callused zone — camera locked, movement ultra-slow, blade contact point crisp and precise.
- Extend — Generate Video 2 (Continuation)In Google Flow, find the Extend button on your generated Video 1 clip → click Extend → paste Video Prompt 2 → generate. This produces a seamless 3–5 second continuation — the scalpel completes its stroke, the thin callus ribbon lifts and peels cleanly away from the damaged zone, and the hand repositions for the next stroke. The two clips join seamlessly.
- Assemble in CapCutImport Video 1 + Video 2 extension into CapCut → join with a hard cut (no transition — the continuation must look seamless) → optionally add a very faint ambient clinical room sound at 10% volume → export 9:16 vertical, 1080p. Total video length: 6–10 seconds.
- Upload — Let the Algorithm WorkUpload to TikTok, Instagram Reels, or YouTube Shorts. No caption needed — the visual communicates everything before a word can be read. The 100% watch-through rate drives immediate algorithmic amplification. Paste the master prompt again → select a new concept number → new variation ready in minutes.
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