Robot manufacturers and integrators
Software integrations, cell models, joint trials and application scenarios. Adapting the process to the robot, tool and line equipment.
Software integrations, cell models, joint trials and application scenarios. Adapting the process to the robot, tool and line equipment.
Spray model calibration, material data and comparison of simulation with measurements. Shared tools that help customers select a process.
Control software, operator interfaces, OEM configurations and process data. The option to combine control with cabinet supply and equipment integration.
Analysis of the part and coating requirements, test scenarios and assessment of process variants on a cell model.
Geometry data, deposition models, strategy learning and methods for evaluating model behaviour in robotic tasks.
Our software developers and engineers bring experience from more than a dozen paint-booth control projects and deployments in Poland, Germany, Austria and Finland. We connect our knowledge of automation, operator workflows and process requirements with the development of SCAN2SPRAY and SI_Path.
We are building technology that combines specialised process software with AI model training for robotics. SCAN2SPRAY provides the environment for geometry, motion and coating, while SI_Path focuses on learning painting strategies.
We are interested in collaboration that supports model development, process calibration, equipment integration and the scaling of industrial applications. We welcome investors interested in industrial software, robotics and AI.
In our discussions, we present the solution architecture, demonstrations, technology agenda and model for working with manufacturers and integrators.

Part, material, cell equipment and requirements for the result.
Data, simulation, calibration, integration or model training, according to the application.
Agreed motion, coating and cycle parameters, and how they will be checked.
Licence scope, integration responsibilities and the method of delivery.
Project updates and perspectives on robotic painting.

How SI_Path combines learning from engineering demonstrations, practice in virtual workcells and independent checks of robot motion and coating.
Read on LinkedIn ↗
Configuration checks, PLC–HMI readback and communication tests in Scan2spray and CONTROL Basic, with a clear account of the verification still needed on the installation.
Read on LinkedIn ↗
The roles of C++, Python, Qt and TypeScript in Scan2spray, from calculation and workflow to operator interfaces and checks that keep saved results tied to their inputs.
Read on LinkedIn ↗Briefly describe your company, the scope of collaboration and the process you would like to discuss. We will contact you to agree on the next steps.
contact@prismatec.app