Zepto Industries

Projects

Selected work.

Products and prototypes Zepto has engineered alongside founders, startups, and established teams.

MAVEN Talon light with its bendable LED panels unfolded into a tripod stand and a raised arm

01 · Bendable LED creator lights

MAVEN Talon

Consumer creator gear · Kickstarter launch

What they needed: an electronics engineer to take Talon from idea to production: a family of bendable LED panels (Mini, Pro and Max) that give content creators the soft look of a large studio light in a package that fits in a camera bag.

What I built: the first working prototypes and the circuit behind them: a rechargeable LED brightness controller with USB-C charging. From there I worked directly with the overseas ODM, reviewing every schematic and board revision of the line through a successful Kickstarter launch.

Nasoni smart faucet on a sink

02 · Smart faucet & mixing valve

Nasoni

SBIR-funded accessibility product

What they needed: an SBIR-funded smart faucet and mixing valve that a person with a spinal-cord injury could use, with precise control of water flow and temperature.

What I built: the electronics for a faucet carrying three sensors and nozzles, paired with an under-the-sink thermostatic mixing valve. Sensor integration, control, and the accessibility-driven interaction design.

DeltaMaker delta-style 3D printer

03 · Delta-style 3D printer

DeltaMaker

Consumer hardware

What they needed: the complete electrical system for a robust delta-style 3D printer, built by a small team that needed one person to own the electronics end to end.

What I built: the full electrical infrastructure, combining commercial components with custom circuit boards and specialized wire harnesses, plus sourcing every off-the-shelf electrical part needed to build it.

WePlenish smart container with companion app

04 · Smart container

WePlenish

Connected consumer IoT

What they needed: a connected smart container that could sense how full it was and report it, taken from concept through to manufacturing.

What I built: infrared sensor pairs for fill-level detection and a main board bringing together WiFi connectivity, power management, user-interface elements, and sensor interfaces. I also oversaw manufacturing, including test-fixture design.

Lumohs single-use scalpel: clear plastic handle with a printed centimeter scale, shown from three angles, with a close-up of the slide switch

05 · Single-use LED scalpel

Lumohs Single-Use Scalpel

Medical device · surgical instrument

A single-use surgical cutting instrument with an integrated LED at the blade tip for improved intraoperative visibility. The device is designed to be cost-effective enough to dispose of after a single procedure while preserving the precision a surgeon expects.

My part was the electronics: the LED and its circuit, powered by three coin-cell batteries and kept low cost enough for a single-use device.

Lumohs Pro dermaplaning handle lighting its blade, with close-ups of the white light, the USB-C charging port and the blue light mode

06 · Rechargeable lighted dermaplaning handle

Lumohs Pro

Professional skincare · for estheticians

A reusable dermaplaning handle designed for estheticians. I designed the electronics in the handle: the rechargeable battery and its USB-C charging, plus multi-color LED lighting with white, red, blue and green modes. It keeps working while it charges, so a session never stops for a dead battery.

The light passes into disposable sterile blade cartridges built to carry it, lighting the skin right where the blade works. Each cartridge loads with a touchless loader and is thrown away after the client.

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