A cat-café cleaning concept combining electrostatic capture and turbine suction. I developed the scenario, CAD assembly, grip, magnetic mounting and service access around airborne fur, small debris and limited staff time.
PROJECTFurrigo · Cat Café Cleaning Wand
INDEPENDENT WORKUser research, concept development and mechanical design
Cat-café staff must deal with airborne fur and debris while working around customers, animals, narrow spaces and competing service tasks.
Independent work
User research, concept development and mechanical design. The detailed report shows the dual meshes, turbine, PCB, battery, grip and magnetic fixture in an exploded assembly, with design iterations tied to the café scenario.
Read this in context
An unbuilt concept developed through research, scenarios, CAD and rendering. Cleaning effectiveness and battery runtime were not tested on a physical prototype.
Combine capture mechanisms in one serviceable assembly
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The concept combines electrostatic meshes with turbine suction. CAD development considered the grip, switch, cage release, battery and wiring routes rather than interchangeable cleaning tips.
An unbuilt concept developed through research, scenarios, CAD and rendering. Cleaning effectiveness and battery runtime were not tested on a physical prototype.
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Proposed cleaning mechanisms
Electrostatic capture and turbine suction in one concept.
Built and tested a physical prototype, identifying fit, wiring, power and control issues. The production-oriented CAD proposes injection-moulded parts and modular assembly; it is not evidence of mass production.
My partPrototype testing, wiring, assembly, soldering and power calculations
Hands-on experience connecting physical robots, perception, control and services through task demonstrations, teleoperation, navigation experiments and hardware work.
My partTechnical Support Engineer Intern · robot applications and testing