We merge traditional home and professional appliance rituals with optical sensors, precise thermal architecture, and human-centric industrial styling.
An award-winning coffee technology that combines traditional ember-brewed taste with optical overflow sensors and minimal form language.
A next-generation cooking unit digitizing the culinary process through precision thermal sensors and an intuitive touch control panel.
IoT hardware uniting AI-based 3D optical cameras for retail analytics within a compact, architecturally compliant ceiling-mounted enclosure.
A durable and elegant scale design specifically tailored for bathroom environments with ultra-thin glass architecture and high-precision load cells.
A countertop hob tailored for compact living spaces, featuring modular induction coil layout and highly efficient thermal insulation architecture.
A portable personal hygiene device engineered for outdoor and travel conditions with an integrated water pump, battery pack, and IPX7 waterproof casing.
A serving concept modernizing the traditional Turkish tea ritual via wireless induction heating technology and a wood-metal hybrid material palette.
We deliver high efficiency in the tightest volumes through compact board architectures, connector placements, and miniaturized hardware packaging optimization.
We engineer airflow channels, thermal insulation, and passive cooling architectures for induction coils, resistors, and processors.
We establish flawless user interaction via tactile feedback (haptics), capacitive touch surfaces, and optical fluid detection sensors.
IPX7 water and dust sealing gaskets, ESD insulation, and premium color/texture (CMF) planning complying with consumer electronics standards.
Analysis of PCB dimensions, component placement, battery, and sensor constraints.
Ergonomic form explorations tailored to usage rituals and aesthetic surface modeling.
Air circulation, heat dissipation, rib/clip structures, and assembly design.
Functional housing prototypes, PCB integration, and sealing validation tests.
Injection mold analysis, surface texturing, and assembly line optimization.
