Pinto provides countertop robotic units called PODS that automate common kitchen prep tasks such as chopping, mixing, portioning, and plating. The robots integrate vision and force sensors, connect to a cloud‑based dashboard and API for scheduling, analytics, and POS integration, enabling restaurants to cut labor hours and improve consistency. Their plug‑and‑play, dishwasher‑safe design supports independent restaurants, fast‑casual chains, and catering operations.
Funding
Funding not disclosed
Founders
Product
Problem
Commercial kitchens face rising labor costs and profitability pressures, largely due to labor‑intensive back‑of‑house preparation tasks that require skilled staff and repetitive manual work. Limited automation in the prep area forces restaurants to allocate personnel to low‑value activities instead of guest service.
Solution
Pinto delivers compact countertop robots, branded as PODS, that automate common prep operations such as chopping, mixing, portioning, and plating. The units are designed for easy placement on existing workstations and connect to a cloud‑based control interface for task scheduling and performance monitoring. Integrated vision and force sensors enable precise, repeatable actions while safety interlocks protect staff during operation. By handling repetitive prep steps, PODS reduce labor hours, lower labor cost exposure, and improve consistency of output. The system can be programmed via a web dashboard or API, allowing restaurants to adapt workflows without specialized robotics expertise. Data on usage and maintenance are logged automatically, supporting predictive service and minimizing downtime.
Target Audience
The primary customers are independent and multi‑unit restaurants, fast‑casual chains, and catering operations that need to streamline back‑of‑house preparation while controlling labor expenses.
Features
- Countertop‑sized robotic platform with a modular tool head for cutting, mixing, and portioning
- Vision‑guided perception system for ingredient identification and precise motion control
- Force‑feedback sensors and safety interlocks to ensure safe human‑robot interaction
- Cloud‑hosted scheduling and analytics dashboard with real‑time performance metrics
- Plug‑and‑play integration with existing POS or kitchen display systems via RESTful API
- Remote firmware updates and diagnostic alerts to reduce on‑site service visits
- Easy‑clean design with removable, dishwasher‑safe components for food‑grade hygiene
- Scalable architecture allowing multiple PODS to coordinate tasks across a kitchen line