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Product mechanism video promptswan-2.7

Wan 2.7 Soap Dispenser Pump Product Video Prompts

Animate one controlled dispenser-pump press while preserving bottle, collar, nozzle, stem travel, liquid visibility, label, hand contact, and product claims.

2026-08-2419 min read
Soap dispenser pump product video prompt guide cover

Quick answer

Use an authorized source frame and hardware references that show the exact bottle, collar, pump head, nozzle direction, stem travel, lock state, hand contact, label zone, liquid level, and endpoint. Animate one short vertical press and return with the bottle and camera locked. If dispensing liquid is not documented, keep the nozzle dry; if it is documented, use a real product plate or tightly bounded reference sequence instead of inventing dose, texture, color, or efficacy.

Verify exact dispenser and pump map collar nozzle stem travel hand contact and liquid boundary choose one press animate locked product inspect mechanics label and dosage composite verified plate workflow

Who this guide is for

Personal-care, home-care, hospitality, refill, packaging, and ecommerce teams creating short tactile PDP or social clips from exact approved dispenser SKUs.

Recommended model

Use case Recommended model Why
This workflow Wan 2.7 image-to-video for one bounded pump mechanism action A short source-led mechanical movement can highlight tactility while locks protect bottle geometry, pump construction, hand contact, label, liquid state, and commercial truth.

AIBase is an independent creative platform. Model names are shown only to identify supported underlying technologies and workflow choices.

Prompt template

Animate the uploaded authorized [exact dispenser SKU, size, fill, pump revision] photo as the exact first frame. Motion only: the existing pump head moves vertically downward [documented travel] while the named finger maintains the approved contact, then returns once over [3-5 seconds]. Preserve exact bottle silhouette, shoulder, neck, collar, threads, pump head, nozzle direction and opening, stem, lock state, dip-tube visibility, fill line, liquid color and opacity, label and logo zones, hand identity, finger count, nail, grip, surface contact, reflections, shadow, camera, crop, and light. Keep nozzle dry unless an approved dispensing reference is supplied. No extra dose, foam, splash, hand, press, rotation, cap, label change, claim, text, sound, or watermark.

Step-by-step workflow

  1. Confirm SKU, size, fill, formula appearance, bottle revision, pump supplier and revision, lock state, nozzle direction, travel, dose evidence, hand model rights, label, and claims.
  2. Capture front, side, top, collar, nozzle, stem, lock, dip tube if visible, fill line, label, bottom, hand-contact, depressed, returned, and dispensed states where approved.
  3. Map fixed and moving hardware, vertical axis, travel distance, finger contact, spring return, occlusion, reflections, bottle support, liquid boundary, and stop points.
  4. Generate one locked-camera press-and-return without bottle rotation, extra hand motion, label drift, liquid output, or second pump cycle.
  5. Inspect every frame for collar attachment, stem continuity, nozzle geometry, travel, finger anatomy, bottle compression, fill-line movement, reflections, shadow, and endpoint stability.
  6. Composite exact product and real dispensed material when the asset needs product truth; add verified volume, dose, ingredients, hygiene, efficacy, refill, price, and availability separately.

Example prompt variants

  • Four-second amber hand-soap bottle macro: index finger depresses the existing black pump eight millimeters and it returns once, preserve dry nozzle, collar, bottle, fill line, label zone, hand, sink surface, and camera.
  • Three-second lotion dispenser detail: approved white pump moves straight down and holds without dispensing, preserve stem, nozzle opening, opaque bottle, shadow, blank label zone, and no hand drift.
  • Five-second refillable countertop dispenser: one slow pump press and return with the exact stainless head, glass bottle, visible tube, liquid level, finger, reflections, and no foam or dose.

Quality checklist

  • SKU, bottle, fill, pump revision, lock state, collar, stem, nozzle, tube, label, hand, surface, and condition match approved references.
  • Press axis, travel, finger contact, spring return, occlusion, hardware clearance, bottle support, reflections, and endpoint are mechanically plausible.
  • No pump part, finger, label, dose, foam, splash, liquid level, formula texture, repair, or cleanliness change appears without source support.
  • The clip does not prove dosage, hygiene, efficacy, ingredients, refillability, durability, one-hand use, leak resistance, or included volume without evidence.
  • Truth sheet, hardware references, motion map, prompt, frames, product review, composite, claim review, approval, and export remain traceable.

Mistakes to avoid

  • Requesting a satisfying foam or lotion dispense from a still image without references for dose, texture, color, breakoff, and landing surface.
  • Letting the pump head rotate, collar detach, stem bend, nozzle change direction, bottle compress, fill line breathe, or label slide.
  • Adding two hands, bottle pickup, camera orbit, multiple presses, splash, bubbles, and surface cleaning to one macro clip.
  • Treating a smooth generated press as proof of pump life, dose accuracy, hygiene, efficacy, leak resistance, or accessibility.

Related AIBase pages

Practical next step

Open the most relevant AIBase generator, run one narrow prompt first, and save the best result before adding more constraints. The fastest way to improve output quality is to compare one variable at a time: subject, camera, background, lighting, then final polish.