FLAGSHIP APPLICATIONIN DEVELOPMENT

Reimagining Cooking Through Robotics.

Coordinated robotic manipulation, controlled cooking processes, and application-specific automation to improve consistency and operational efficiency.

AKSHAYA · BUILT ON SAMCONCEPT ANIMATION
01The challenge

Not just a robot in a kitchen.

Commercial food preparation combines repetition with demanding timing, temperature, ingredient, utensil, hygiene, and coordination requirements. The full process — from ingredients to cooking, serving, and cleaning — must be considered.

Timing
Temperature
Ingredients
Utensils
Hygiene
Coordination
INGREDIENTS→COOKING→SERVING→CLEANING
02Our approach
01

Robotic manipulation

Dual-arm handling of utensils, containers, and cookware.

02

Cooking process integration

Heat, timing, and stirring controlled as part of one process.

03

Ingredient handling

Storing, dispensing, and adding ingredients in sequence.

04

Vision & sensing

Perception and feedback to monitor the process.

05

Application software

Recipes become repeatable sequences, with human oversight.

KITCHEN WORKSTATION · SCHEMATIC
DUAL-ARM GANTRY
COOK ZONE
INGREDIENTS
VISION
SOFTWARE
03 · PLATFORM-BASED APPROACH

What cooking teaches carries forward.

Cooking builds reusable capabilities in manipulation, sequencing, sensing, control, and process integration — foundations for future applications.

ManipulationREUSABLE →
SequencingREUSABLE →
SensingREUSABLE →
ControlREUSABLE →
Process integrationREUSABLE →
04Operating environments
Commercial kitchens
Institutional food services
Educational & research kitchens
Central food prep facilities
Specialized food-processing workstations
05Designed around real operations

Validated per environment, not assumed.

Throughput
Recipe repeatability
Ingredient variability
Food safety
Cleaning
Operator interaction
Reliability
Total cost of ownership
> PILOT_PROGRAMME

Let's automate a cooking process.

Identify an application, define the workflow, and explore a prototype or pilot with our team.

Discuss a Pilot