HEAT-EXCHANGER ESPRESSO MACHINE — INTERACTIVE EXPLODED ASSEMBLY
Drag viewport to orbit, scroll to zoom; right-drag or two-finger drag to pan. Click any part or the searchable tree to inspect. In assembly mode drag a loose part toward its cyan ghost, then release near the anchor for magnetic snapping.
1–6 change mode · Space play/pause · Esc clear selection · Delete remove selected · G attempt snap · W/A/S/D move selected loose part · R reset entire lab
A good espresso machine seems straightforward from the outside. A user locks a filter holder into a metal head, starts a pump, and watches a small volume of coffee emerge. Behind that sequence is a network of structures, thermal components, electrical controls, valves, seals, pipework and mechanical connections. The CAVORA HX-1 interactive 3D assembly laboratory makes this hidden architecture visible. It is an original, educational cutaway model inspired by traditional heat-exchanger espresso-machine layouts, not a replica of a particular commercial product.
The laboratory contains 109 individually selectable components grouped into eight subsystems. Instead of displaying a single opaque shell, it allows you to separate parts, focus on a particular fitting, hide obstructing panels, switch to a transparent X-ray view, and reconstruct the machine with connection checks. Every component has an original installed transform and a deterministic exploded position, so the model does not accumulate errors as you move between an intact assembly and an exploded diagram.
The simulation is aimed at curious coffee drinkers, engineering students, teachers, product designers and people interested in practical mechanisms. It demonstrates relationships among the water circuit, group head, thermal system, steam assembly and supporting frame. It is not a repair manual. The model deliberately simplifies fluid routing and electrical control, and all operating numbers are illustrative rather than certified equipment data.
This is an educational, illustrative model of a fictional product: part names, masses, materials and operating figures are simplified and are not a manufacturer's drawing, a design basis or a safety/acceptance document.