Hardware is
unforgiving
of inaccuracy. Physical Hardware & Industrial Technology SME Team

What is an exploded view animation and when should a hardware company use one?

An exploded view animation separates a product's components in 3D space to show how they fit together, their spatial relationships, and their assembly sequence. Hardware companies use exploded view animations for product launches, sales enablement, and service training. Advids produces exploded views directly from SolidWorks, STEP, IGES, and Fusion 360 source files — preserving geometric accuracy throughout. The result is an animation that shows the actual product, not an approximation of it.

How do you animate a PCB trace or signal path without misrepresenting the electronics?

Accurate PCB trace animation requires understanding signal flow at the schematic level. Advids' electronics SME team works from Altium Designer, KiCad, Eagle, and Gerber files to animate signal paths that accurately represent the electrical topology. We distinguish between power planes, ground planes, differential pairs, and high-speed signal traces. We show EMI shielding and return path considerations where relevant. The animation reflects how the signal actually travels through the board — not a generic glowing line.

Which video agency can produce technically accurate medical device explainer videos?

Advids' hardware SME team includes former medical device engineers who review every production for technical and clinical accuracy. The team understands Class I, II, and III device classifications, FDA 510(k) clearance narratives, and produces animations that reflect actual mechanism of action. For capital equipment, surgical instruments, diagnostic hardware, and implantable devices, every Advids medical device video is reviewed by a biomedical engineer before any client sees the first draft.

How does Advids produce video from SolidWorks or CAD files?

Advids' hardware workflow begins with the client's native engineering files — SolidWorks assemblies, STEP files, IGES exports, Fusion 360 models, or CATIA parts. Engineering-trained 3D artists import these files into Cinema 4D or Blender, preserving geometric accuracy. This workflow eliminates the most common source of technical error in hardware video — the gap between what the product actually looks like and what an artist who has never seen it interprets from a photograph.

What should an industrial automation explainer video include to be credible to engineers?

Credibility depends on accurate representation of three things: the control architecture (PLC, SCADA, DCS, or edge layer), the mechanical interface (robot kinematics, actuator specifications), and the safety system (E-stop logic, safety PLC, light curtain integration). Advids' industrial automation SME team — with ABB, Siemens, and Rockwell backgrounds — produces videos that address the systems integration question directly, because that is the question every plant engineer asks before approving a new automation vendor.

What is a thermal simulation overlay and when does it improve a hardware video?

A thermal simulation overlay applies heat-map colouring to a 3D hardware model showing temperature distribution under operation. It is most effective for power electronics, RF amplifiers, EV battery management systems, and server hardware. Advids can produce thermal overlays from ANSYS Thermal, Simcenter, or Flotherm simulation data — applying actual simulation output as a texture map rather than an illustrated approximation.

How should a robotics company explain its autonomous systems in a marketing video?

The core challenge is that autonomy is invisible — the perception stack runs inside a computer. Advids' robotics SME team makes the invisible visible: LIDAR point cloud visualisations, camera feed with object detection bounding boxes, path planning overlays on real environments, and force-torque sensor data as real-time annotations. This shows buyers and investors what the robot is thinking, not just what it is doing.

What video formats work for heavy machinery and industrial equipment companies?

Heavy machinery video must serve three audiences: the operator (controls and safety), the maintenance engineer (serviceability and component access), and the procurement executive (TCO and reliability). Advids produces three formats: capability videos showing the machine at specification limits; maintenance walkthroughs using exploded view and cross-section animation; and ROI narrative videos quantifying uptime, cycle time, and operator training requirements.

How does Advids approach aerospace and defence hardware video production?

Aerospace and defence production requires strict compliance with classification guidelines — knowing what can be depicted at unclassified level, how system architecture can be represented, and which specifications are publicly releasable. Advids' aerospace SME team includes former aerospace engineers who understand ITAR considerations and MIL-SPEC terminology, and produce technically credible content without compromising sensitive design details.

How do you explain a semiconductor chip architecture in a video?

Chip architecture video works by progressively abstracting complexity — wafer to die to functional blocks (CPU cores, memory controllers, I/O interfaces, power domains) to data flow. Advids' semiconductor SME team — former Intel and Qualcomm engineers — structures explainers around the performance story: what the architecture enables, why the design choices were made, and what the result means for the end application. Die-level diagrams are accurate to publicly available architecture documentation.

What makes a trade show hardware demo video stand out on the exhibition floor?

Trade show video competes with ambient noise and short attention spans. Advids designs trade show reels with three constraints: no audio dependency, maximum impact in the first three seconds, and a single clear message. Runtime is typically 60–90 seconds for looping displays. The animation must be technically accurate enough that an engineer who stops to watch does not spot an error that destroys credibility — because on the exhibition floor, that engineer is often your most valuable prospect.

What video formats work for EV and automotive electronics companies?

EV and automotive electronics video must address OEM procurement teams, automotive engineers, and end consumers simultaneously. Advids produces BMS architecture explainers, power electronics thermal management videos, ADAS sensor fusion animations, V2X communication diagrams, and battery cell chemistry visualisations — each calibrated to the correct technical depth for its intended audience and reviewed for ISO 26262 and AUTOSAR accuracy by the automotive SME team.

How do I brief a video agency on a complex hardware product?

Briefing a video agency on complex hardware requires five things: (1) target audience and technical level — operator, maintenance engineer, procurement executive, and OEM design engineer all need different videos about the same product; (2) native engineering files — SolidWorks, STEP, CATIA, or Altium rather than photos; (3) simulation outputs if thermal or structural performance is a differentiator; (4) technical claims that must be present and those that cannot be overstated, especially for regulated categories; and (5) platform and format requirements — a trade show loop, website hero, and sales deck clip have fundamentally different constraints. Advids provides a structured hardware brief template that captures all five dimensions before production begins.

What information does a video agency need to produce a technically accurate medical device explainer?

Advids' medical device SME team requires: device classification and regulatory clearance status (510(k), PMA, or De Novo); mechanism of action at the component level — how the device physically interacts with tissue, fluid, or biological structures; the intended clinical setting and professional audience; IFU documentation defining what can and cannot be claimed; and CAD files or engineering drawings for accurate 3D modelling. For devices with an active component, Advids also requests the functional specification covering operating parameters — frequency, energy level, pressure range — that must be accurately represented in the animation.