robot industry software ROBIM

Unit-ROBIM Software Platform

Data access:The platform connects the digital design with the industrial production of buildings by creating a bridge between the BIM data and the motion control of industrial robots so that robots can quickly identify the geometry of buildings.

Device connection: The platform works with various brands of industrial robots, machine tools, end effectors, and mobile devices, allowing for offline and real-time simulation with vision sensors and other industrial sensors.

Process package: The platform provides extensive databases of building materials and construction processes and enables real-time online updates, such as optimal design of building nodes, automatic adaptation of end tools, and dynamic planning of process paths.

System - Deployment of Universal Robot Hardware and Software

Empowering digital factories: Universal robot hardware and software are provided to virtually simulate and optimize the automatic production processes of buildings, driving the digital transformation of traditional factories.

Production simulation & optimization: Industrial vision and real-time interaction technologies are used in the production process to dynamically address errors and constantly improve the process to ensure product quality.

Network - Digital Matrix Production Network

A matrix production network of buildings: Based on accurate BIM data, the ROBIM software ensures that building components produced by different factories using the same production solution comply with consistent production and quality standards. This drives the transformation from the linear mechanism of "one factory for one task" to the matrix mechanism of "multi-factory for one task", making possible a matrix network of cloud-based factories in the construction industry.

Task optimization based on the matrix network: Powered by cloud platform technology, the ROBIM software ensures that production simulations are performed with a unified and accurate building model across different factories, and the data flow of building components is loaded synchronously into different production units, which is then used to inform the workflow for automated machine production.