Making AutomationLess Painful.
Dreambot builds Application Optimized Robotics (AOR) platforms that bring together robotics hardware, intelligent motion control, simulation, software, and application-specific engineering to make automation more accessible, adaptable, and practical.
Robotics should be easier to design, deploy, integrate, and scale.
Traditional automation requires complex integration across mechanics, electronics, motion control, software, and workflows. Dreambot brings these closer together — from robotic cooking to industrial automation.
Hardware, controls, software and application engineering — developed together so the robot fits the work.
Application Optimized Robotics
Platforms designed around the requirements of specific applications, combining hardware, controls, software, and workflows.
SAM — Sliding Arm Machine
A 12-DOF robotic workstation architecture for dexterous manipulation, application flexibility, and configurable workspaces.
Robotics Software & Digital Twins
Robot control, application development, simulation, visualization, and workflow design.
Robotics & Automation Engineering
Motion systems, embedded electronics, control software, industrial automation, IIoT, and digital twins.
Coordinated robotic manipulation, controlled cooking processes, and application-specific automation — engineered for consistency and operational efficiency across the full process, from ingredients to cleaning.
Robotics for the work that needs doing.
One engineering foundation. Multiple applications. Scroll to move through each.
Robotic cooking & food preparation
Ingredient handling, utensil manipulation, cooking sequences, and kitchen workflows.
Industrial automation & assembly
Assembly and part manipulation, machine tending, and custom automation cells.
Manufacturing & process automation
Embedded control, equipment automation, IIoT connectivity, and digital twins.
Retail operations & order processing
Item handling, order processing, returns handling, and inventory integration.
Education, research & robotics development
Robotics lab infrastructure, motion-control learning, simulation, and applied research.
Integrated thinking across mechanics, electronics, controls, and applications.
Engineering expertise across embedded systems, robotics, automation, and software.
Application-oriented robotic architectures — not hardware alone.
A platform-led approach that simplifies customization and deployment.
Have an application that is difficult to automate?
Let's explore how robotics, controls, and application engineering can work together to solve it.
