01 / Industrial Product Communication · Peroni Pompe
I turned supplied pump CAD into a reusable visual system for product pages, technical sales, FATs, service, and exhibitions.
01 / Context & Challenge
Peroni Pompe manufactures API-compliant plunger, diaphragm, metering, and steam-driven pumps for process industries.
Standard power ends combine with application-specific liquid ends, valves, seals, materials, and unit arrangements.
Marketing requested a film for customers, prospects, and non-engineering departments inside client organizations.
I preserved the technical logic while using viewpoint, color, motion, and level of detail to clarify the operating principle.
02 / My Role & Workflow
Input Supplied engineering CAD.
Decision Simplify details and control disclosure.
Output A presentation-ready model.
Input Physical finishes and product samples.
Decision Prioritize accuracy and legibility.
Output Verified materials and viewpoints.
Input Engineer briefings and sectional references.
Decision Clarify stroke, valve, and flow sequence.
Output A readable operating timeline.
Input CMF, keyframes, and a low-resolution preview.
Decision Resolve errors before batch rendering.
Output An approved sequence.
Input Approved render batches and brand copy.
Decision Adapt pacing and explanation by channel.
Output Final customer-facing assets.
Workflow Evidence
01 / Factory Observation
I observed the pump's internal construction with engineers before defining stroke, valve timing, and flow.
Protected reference02 / Engineering Reference
Sectional drawings support component and sequence checks. All technical content shown here is permanently obscured.
03 / Physical Validation
I compare machined finishes, painted texture, and lubrication conditions with the visualization.
03 / Technical Deep Dive — 3130N Plunger Pump
The 3130N combines a power end, three reciprocating plunger assemblies, valve timing, and two fluid phases—relationships that an exterior view cannot explain. I structured one sequence that moves from product construction to operating principle without losing the engineering logic.
Power end & product envelope retained
Liquid-end interfaces preserved
01 / Engineering Input
The SolidWorks input established the product envelope, interfaces, service features, and presentation geometry.
I removed non-operational details, rebuilt missing presentation elements, and controlled disclosure depth before developing the internal sequence.
What could change Presentation detail, removable parts, and disclosure depth.
What could not change Axes, interfaces, component order, and mechanical continuity.
Crank rotation becomes the starting cue
Three motion paths stay comparable
02 / Communication Decision
Separate the major assemblies, reveal the crank and plunger paths, then move into the liquid-end section.
Give viewers a spatial model first so valve and flow changes retain a clear mechanical cause.
03 / Engineering Verification
Check detail visibility, fluid representation, and valve timing in relation to plunger motion.
I exported keyframes and a low-resolution preview to resolve issues before batch rendering.
04 / Final Customer Output
The approved film was designed as one shared explanation for engineering, marketing, and customer-facing communication.
Engineering-reviewed · Official Peroni Pompe publication ↗Peroni Pompe supplied the base model.
I independently completed CAD preparation, visual direction, animation, rendering, and post-production.
Marketing defined the brand copy and publication channels.
The drawings and animation shown here are public examples. Customer-specific CAD, specifications, identities, and unapproved review material remain offline.
04 / Selected Customer-Facing Outcomes
Visual 01 / Product Inspection
I optimized the engineering CAD and prepared a consistent rotational render sequence so customers could inspect the Titano 31.30 directly on the official product page.
Visual 02 / Operating Principle
A public technical animation showing progressive pressure reduction across the sealing rings and the return of residual process fluid to the pump suction line.
Visual 03 / Component Logic
The exploded sequence reveals component hierarchy and assembly order without exposing the complete engineering model.
Visual 04 / Customized System
A customer-facing presentation film combining controlled camera movement, 3D visualization, and technical callouts for a customized pumping unit.
Visual 05 / Final B2B Application
Approved product renders and technical messages were adapted for rapid understanding at international exhibition scale.
Open the full panel PDF ↗05 / Scope, Adoption & Reach
Approved visuals were adapted for exhibition-scale customer communication.
Technical visuals supported customer review and explanation during FATs.
Selected visualizations were published as customer-facing technical explanation assets.
The supplied 3130N post capture recorded 84 reactions, 3 comments, and 13 reposts.
View the official 3130N post ↗