Why should great coffee depend on who happens to be on shift today?
In 2021, two engineers with more than a decade each in robotics and food-service operations noticed the same flat white served three very different ways at the same specialty cafe. The issue was not the beans. It was operating variance - and that is exactly what robotics can solve.
That insight led to the founding of Q-Arm Robotics. After three years of R&D, thousands of beverage cycles, and multiple iterations of proprietary joint modules, the Q-Arm Barista Standard completed commercial validation. We are not building a gimmick robot. We are building a production-grade automation system.
Next, we are extending the platform into enterprise multi-unit deployments with Q-Arm Barista Pro, while bringing the same precision control stack into additional beverage categories.
Core team assembled and the dual-arm force-control + on-device vision path was established.
More than 5,000 internal beverage cycles completed, alongside first-generation joint module validation.
A 90-day pilot in a Beijing specialty cafe delivered 98.7% consistency under live conditions.
Q-Arm Barista Standard launched commercially and strategic hospitality partnerships moved into rollout.
Our team combines robotics engineering, computer vision, manufacturing, and commercial deployment experience across top institutions and operators.
Strategy · Commercialization · Fundraising
Motion Control · Embedded Systems · Architecture
Vision Algorithms · AI · Data
Sales · Partnerships · Customer Success
We validate specs with hard testing data. If we publish a number, it has already survived stress testing.
Success is measured by customer unit economics and service quality, not by robot shipments alone.
We invest in core technologies - from joints to perception - instead of relying on shallow integration.
We are hiring engineers, researchers, and commercial partners who want to shape the future of beverage automation.