Introducing the Progressive Brain

An advanced controller that simply makes your robot smarter. Comes as a plug-n-play kit with all the components you need: cameras, cables, tablet
Dense packing
Our software automates complex packing operations without using fixtures, increasing efficiency and closing labor gaps.
Palletizing
Let our AI-powered software do the heavy lifting. Progressive Brain fully automates repetitive palletizing tasks by increasing the productivity and the consistency of a production line
Unpacking
The software enables robots to pick objects from tightly packed boxes.
Sorting
Progressive’s AI-powered sorting autonomously handles a wide range of items that move on a conveyor belt, reducing manual labor while increasing throughput.
Dense packing
Our software automates complex packing operations without using fixtures, increasing efficiency and closing labor gaps.
Palletizing
Let our AI-powered software do the heavy lifting. Progressive Brain fully automates repetitive palletizing tasks by increasing the productivity and the consistency of a production line
Unpacking
The software enables robots to pick objects from tightly packed boxes.
Sorting
Progressive’s AI-powered sorting autonomously handles a wide range of items that move on a conveyor belt, reducing manual labor while increasing throughput.
Versatile pick
The AI-powered software enables robots to develop reliable picking strategies for a wide range of objects, regardless of their shape and color. This means that the robots can perform stable picks with high versatility.
Teaching by demonstration
The Progressive Brain is designed to learn from a single demonstration. The robots can then generalize the demonstrated trajectory to a wide range of tasks.
Easy To Use Interface - GUI
An easy to use touch interface to handle all the functionalities of the robot and visualize the task before executing it.
Scene Understanding
Advanced perception algorithms enabling the robots to automatically determine where to pick objects and how to place them.
Online motion planning
Real-time generation of the robot’s trajectory for a variety of tasks.
Optimization
Optimal planning of packing and palletizing configurations for minimizing empty space.

Scene Understanding

Advanced perception algorithms enabling the robots to automatically determine where to pick objects and how to place them.

Online motion planning

Real-time generation of the robot’s trajectory for a variety of tasks.

Optimization

Optimal planning of packing and palletizing configurations for minimizing empty space.

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