AOR brings the mechanical system, motion architecture, controls, software, and operating workflow together as a unified solution.
Rather than selecting a robot first and adapting the process around its limitations, AOR begins with the task. The architecture is then optimized around functional, spatial, operational, and integration requirements.
Five steps from task to deployed system.
Application analysis
Task, objects, environment, cycle time, payload, reach, precision, safety, operating conditions.
Robotic architecture
Mechanical structure, degrees of freedom, actuation, end effectors, sensing, workspace.
Integrated controls
Motion control, embedded electronics, communication interfaces, sequencing, supervisory control.
Software & simulation
Application logic, motion visualization, workflow simulation, validation before deployment.
Deployment & optimization
Integration into the environment, testing, iteration.
Fit for purpose
Motion, reach and workspace defined by the work itself.
Integration efficiency
Mechanics, electronics and software designed to work together.
Configurable architecture
Tooling, sensing and workspace adapted per application.
Practical economics
Full solution cost — including integration, operation and maintenance.
Scalable development
Repeatable architectures that carry into the next application.
A kitchen is a process — the robot has to serve all of it.
VIEW FLAGSHIP →Different requirements, same principle — design the robot around the work.
Tell us about your automation challenge.
Dreambot can help evaluate the task, define an architecture, and identify a practical development path.
