"The project investigates how mechanical clarity, portability, and material durability can be integrated into a small-scale espresso device without relying on electronic systems. The machine operates through a fully manual lever mechanism powered entirely by human input. By eliminating electronics and automated controls, the design allows direct regulation of pressure and flow during extraction. This mechanical approach positions espresso preparation as a tactile process, in which brewing variables are adjusted through physical interaction rather than presets."
"A key design decision is the use of a full-size 54.8 mm portafilter basket, a dimension commonly found in professional espresso machines. This specification supports consistent extraction, enables a broader range of brewing parameters, and maintains compatibility with standard espresso accessories. The choice distinguishes the device from many portable espresso machines that use reduced basket sizes. all images courtesy of HUGH Inc. Leverpresso Orbit, developed by Kim Hyunsoo of HUGH Inc., is constructed primarily from metal components, emphasizing structural stability, thermal performance, and durability."
Leverpresso Orbit is a compact, fully manual lever espresso machine that relies entirely on human input for pressure and flow control. The design omits electronics and automated controls, enabling direct tactile regulation during extraction. The device uses a full-size 54.8 mm portafilter basket to support consistent extraction and compatibility with standard espresso accessories. Primary construction from metal components enhances structural stability, thermal performance, and durability for repeated use. The compact form balances mechanical strength with portability. The machine requires only hot water, ground coffee, and manual force, allowing espresso preparation in travel, outdoor, and electricity-free living contexts.
Read at designboom | architecture & design magazine
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