Sum - Smart design meets scalable sustainability.

SUM is on a mission to help people live healthier lives on a healthier planet by rethinking how beverages are delivered and consumed. Their science-backed hydration system reduces reliance on single-use plastics through innovative refill models. We partnered with SUM to design their flagship hydration station for public, high-traffic environments.

Built from recycled sheet metal, the beverage fountain is strong, simple, and easily manufacturable. Its robust yet lightweight design minimizes environmental impact from production through installation and daily wear in high traffic environments. With a compact footprint and flowing silhouette, the station integrates smoothly into gyms, campuses, and transit hubs - blending durability with a friendly, approachable presence.

Hydration fountain designed to reduce plastic waste.
Elegant hydration fountain design.
Woman using a hydration fountain designed with premium materials.

SUM’s recyclable flavor cartridges and NFC-enabled interface support fast servicing and intuitive use. The clean, screen-free design encourages interaction without distraction. Every detail - from cartridge access to water flow - was engineered for simplicity and sustainability. Together, we created a system that supports daily use and long-term impact, transforming hydration through better design.

Sustainable cartridge flavors.
Premium water drain design.
Premium hydration fountain designed to eliminate plastic waste.
Rear ventilation for a hydration fountain.
Internal components for an premium fountain design.

Throughout the process, level worked closely with SUM to ensure that form and function served a larger purpose. This is a product that not only meets the demands of everyday use, but also contributes meaningfully to the reduction of plastic waste and carbon emissions.

Cardboard prototyping design process.
  • Internal metal framework for a custom designed, modern beverage dispenser.
  • Metal prototype for a premium designed water spout.
  • Initial metal prototype for a luxury designed beverage dispenser.
  • Cardboard prototype for a modern designed health and fitness beverage dispenser.
  • A detailed technical illustration of internal components of a modern beverage dispenser.
  • Top view CAD screenshot of a modern beverage dispenser drain perforation.

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