I create clear, accurate 3D renders of medical equipment and devices. The goal is technical clarity over artistic flair, providing visuals that explain function, form and scale for internal training, regulatory documentation and investor pitch decks. You receive a set of static renders from key angles – an overview, a detail shot of the interface or mechanism and an exploded view if needed. I also provide a simple turntable animation MP4 showing a smooth 360-degree rotation and an interactive GLB file that can be embedded on websites or in PDFs for viewers to rotate themselves. Accuracy is the priority. I work from engineering drawings, CAD files and physical measurements to model every button, port and screen. Materials are rendered to show correct textures, like matte plastics, brushed metal or soft-touch rubber. Lighting is even and clinical to ensure no part of the device is obscured by shadow, mimicking the conditions of a product photography studio. This kind of visualization is useful before physical prototypes are available. It allows your team to discuss design iterations, create consistent marketing materials and demonstrate the product to potential partners without the cost and logistics of a photo shoot. For training manuals, a labeled render can be more effective than a photograph. My background includes work with surgical tool startups and diagnostic equipment manufacturers, so I understand the need for precision and the regulatory environment where these images will be used.