3D Animated Content Examples: 18 Tech Product Videos

Prisma Browser is security software, so there's no device to film. Palo Alto Networks turns the attacks it stops into abstract 3D shapes, then shows three modules closing them off.

What works here:

• The threats get names before the product appears: reassembly attacks, AI-generated phishing, malicious extensions and malware hidden in encrypted traffic.
• Three modules carry the fix: advanced web protection, advanced extension security and advanced browser protection. Each one answers a threat you just watched.
• The close is one plain line for the buyer who dreads another rollout: “No integrations, no bolt-ons.”

The move: Give each threat your software stops its own 3D shape. If a viewer can't point at the thing your product blocks, it isn't on screen yet.

Lam Research works in semiconductor manufacturing, at the atomic scale. The 60-second film builds the space between atoms in 3D, so you can see where the work happens.

What works here:

• Two processes carry the whole story: “the science of perfect placement, the art of precise removal.” That's deposition and etch, said in plain words first.
• The scale gets a unit you can hold onto. The film works “in the space between atoms, where angstroms define the boundary of what's possible.”
• Then it pulls back to the markets that depend on it: advanced memory, logic, cloud computing and AI.

The move: Name your 2 core processes in plain words before the technical term. If the plain version needs a footnote, rewrite it.

IBM Research introduces a modular cryogenic system for quantum computers. The hardware sits inside refrigerators cooled to 10 millikelvin, so 3D does the showing.

What works here:

• The problem comes in one breath. Scaling to thousands of qubits means linking hardware across several cryostats, and the voiceover says “Up until now, this has been impossible.”
• The answer is a module. The new cryogenic modules connect to each other, so one unit becomes a building block.
• It ends on the roadmap, calling the module the building block of every system IBM plans next.

The move: Say the limit out loud before the fix. If your 40 seconds don't name what was impossible before, the fix has nothing to beat.

Fujifilm's video explains CAD EYE, AI support for endoscopy powered by its REiLI medical AI. It opens on a 3D data galaxy that stands for Fujifilm's 70 years in image processing.

What works here:

• The galaxy narrows to one job: real-time lesion detection during an endoscopy.
• AI overlays and Linked Color Imaging sit on the procedure view, so the doctor gets help where they already look.
• ELUXEO, the endoscopy system, and REiLI appear together. The AI reads as part of the kit, not an add-on.

The move: Open wide on your AI's data, then narrow to one decision it helps a user make. If the zoom never lands on a decision, cut the galaxy.

Zibra AI makes Zibra Liquid, a tool for real-time 3D liquid simulation. This video is an asset built with it: a glowing liquid-metal portal that forms, churns and recedes.

What works here:

• The product and the proof share the same frame. Every second of liquid is the software's own output.
• Particle effects and light give the liquid weight, so the realism claim needs no voiceover.
• A stark, empty landscape keeps everything else out of shot. Your eye stays on the simulation.

The move: If your product makes visuals, let the video be pure output. If a viewer could mistake it for a stock clip, add one frame that names the tool.

HARTING's Han-Modular Domino Modules are industrial connectors built from small, domino-shaped parts. The animation assembles them inside a compact housing, with no narration.

What works here:

• Exploded views and transparent ghosting show the internal layout. You see why the connector takes less room, and HARTING puts it at up to 50% additional space savings.
• The domino name does the explaining. Parts line up like game pieces, so modularity needs no voiceover.
• Then the camera leaves the bench for automated factories, high-speed rail and wind turbines.

The move: Turn your product's name or shape into the metaphor, then assemble it piece by piece. If you need a voiceover to explain modularity, the assembly isn't clear yet.

GEA's Hilge NOVALOBE is a hygienic pump for food and personal care lines. The animation makes the casing transparent to show the shaft, the gears and the patented rotor mounting.

What works here:

• Ghosting turns a closed pump into a parts list you can watch: solid pump shaft, rigid gear design, rotor mounting.
• Real products flow through it: yogurt with fruit pieces, viscous personal care products and chocolate with nuts. Each gets the rotor type that suits it.
• Service gets its own scene: “easy seal replacement with the pump still in line.” That's downtime a maintenance lead can count.

The move: Show the service task, not just the engineering. If your buyer's maintenance team would still ask how long it's offline, add that scene.

Haldex EB+ 4.0 is a global electronic trailer brake platform. An exploded view takes it apart module by module, with a label on each part.

What works here:

• Labels do the teaching. From the electronic control module to the pressure modulators, each part is named as it separates.
• Features get a road to prove themselves on: the Mobiliser function, Safe Parking+ and a trailer on icy roads.
• The software side closes it. DIAC++ and FLEET+ diagnostics show the fleet manager what happens after the sale.

The move: Label every part as it separates, then show the software that watches it. If your animation ends at the hardware, the fleet buyer's next question goes unanswered.

GIGABYTE's 34-second trailer for the G6X (2024) gaming laptop uses fast-cut CGI to open the chassis and show the cooling inside.

What works here:

• Transparent views show the dual fans and 3D VortX air channels of the Windforce cooling system. A thermal claim becomes airflow you can follow.
• The MUX Switch gets its own beat, so a spec-sheet line becomes a feature with a picture.
• The 165Hz display and the line “XPECT NO RULES” close it at trailer speed.

The move: If your spec is airflow, heat or speed, animate the thing that moves. A number on screen is a claim. Moving air is proof.

The ZEISS Axioscan 7 is an automated microscope that digitizes slides for petrography. The animation follows a slide through the loader and the optics.

What works here:

• The loader is the first claim: up to 100 thin sections handled automatically, for scanning around the clock.
• Cutaway views and glowing light paths trace polarization and fluorescence, including the Colibri 7 LED light source.
• Synced on-screen text names each step as it happens, from slide preview to high-resolution virtual slide.

The move: Trace the path your light, signal or data takes through the product. If a viewer can't follow it with a finger, slow the camera down.

The YellowScan Explorer is a LiDAR system for field surveyors. The teaser opens it up to show which pieces swap out.

What works here:

• Modularity is shown, not stated. Batteries hot-swap and camera modules change on screen.
• One line sets up ease of use: “Just Press the Yellow Button.” Then the on-screen UI shows the device's vital stats.
• Studio lighting and tactile sound effects make every click feel physical.

The move: Find your product's one-button moment and give it a close-up. If setup takes more than one sentence, show only the first step.

GEA FoodTray is a sustainable food packaging system. The animation follows trays through the whole line, from preparation to the final seal.

What works here:

• Each step gets its turn: denesting, transfer, forming and sealing.
• The camera moves through the machine as if the casing were open. You watch automation, not a box with lights.
• One cycle carries the whole pitch. By the seal, you've seen everything the system does.

The move: Pick one unit of work, one tray or one record, and follow it through every step. If a step happens off screen, your buyer assumes it's manual.

Grenzebach's Dual Setup Station automates depowdering for additive manufacturing. The animation shows build plates moving between an EOS M 400-4 printer and the station.

What works here:

• The handoff is the hero. Robotic transfer loads and unloads build plates with no hands in shot.
• On-screen text names the payoff in the operator's words: “reduced downtimes” and “automated job start.”
• It sits next to a printer your buyer may already run, the EOS M 400-4, so fit is shown, not promised.

The move: Show your system's handoff with a machine your buyer already owns. If the other machine is a gray box, name it.

ZETA's Modular Buffer Inline Conditioning System (BICS) prepares buffers for pharmaceutical manufacturing. The video opens on the old way: a traditional tank farm.

What works here:

• The contrast is physical. The tank farm sprawls, then the compact BICS takes its place.
• Savings come in 3 units a plant manager already tracks: space, investment and energy.
• Assembly animation shows the inside, then the claims follow: on-demand production, modularity, simple integration and compliance.

The move: Put the old setup and yours in the same 3D frame. If the size difference isn't obvious in one shot, change the camera angle.

The YellowScan Surveyor Ultra is a LiDAR unit that mounts on a drone. The teaser starts in the studio, then moves to a lush landscape where the survey happens.

What works here:

• Close-ups come first: the yellow button and bright LED indicators.
• Camera options get specifics: 60 MP and 35 MP dual camera modules.
• Connectors and attachment ports show how it mounts on a drone. Then the scene changes from studio to field.

The move: Spend the first half in the studio and the second half in the field. If the field half is missing, your buyer has to imagine the job.

Yamaha's CGI film for the XMAX 300 Tech MAX scooter is about the tech a rider uses every day. Think of it as a connected device on two wheels.

What works here:

• The 4.2-inch full-color TFT screen leads, with smartphone connectivity and onboard navigation.
• Daily tasks get scenes: under-seat storage for two full-face helmets and a smart key.
• Comfort comes as concrete parts: an adjustable screen and, on the Tech MAX+, heated grips.

The move: Show the 3 things a user touches every day, in the order they touch them. If your list runs past 3, save the rest for a second video.

Nordic Semiconductor's nRF93M1 is a cellular IoT module. The animation sends the 3D module through abstract scenes and city streets, where its use cases live.

What works here:

• Use cases get named, not implied: surveillance, fleet management and point-of-sale systems.
• The spec fits in one phrase: global LTE Cat 1 bis connectivity, with Wi-Fi and cellular locationing built in.
• The module isn't alone. Paired with nRF Cloud and Nordic's software, it's pitched as “a complete end-to-end cellular IoT platform.”

The move: Name 3 places your component ends up, and fly the camera there. If nobody can picture where it goes, nobody can picture buying it.

Mobileye's video introduces its ECU series for automated driving. One chip sits under three configurations, and each one gets its own road.

What works here:

• It opens on a mood, not a spec: “Harmony. An elusive state of total synchronicity.”
• Three configurations, three levels of driving. SuperVision is hands-off, eyes-on. Chauffeur adds radar and lidar for eyes-off driving. Drive is fully autonomous.
• Each level lands in a real use: consumer vehicles, then robotaxis, delivery vehicles and public transport.

The move: If one product ships in several configurations, give each its own scene and its own buyer. If two configurations share a scene, viewers merge them.