ATOS ScanBox Series 8

Two 8-axis kinematics allow for full-field measurement of particularly large assemblies. The duplex mode ensures synchronous, coordinated use of two robots in the measuring cell. In this process, a joint data set of measurements is created, as the double robot mode takes place in a shared coordinate system. Depending on your needs, the two robots of ATOS ScanBox Series 8 can also be used for independent measurement on two different parts.

The new reference frame for ATOS ScanBox Series 8 makes production control in series even more efficient. The flexible system is ready to go without any preparation time. You can significantly increase your throughputs. Inspect more than 1000 measurement features, such as surface and edge points, holes and bolts. Measurement results can be easily exported to a statistical database.

ATOS ScanBox Series 8 can be loaded with a driverless sandwich panel transport system including a track system, drive computer and safety systems. The automated loading system guarantees fast, repeatable and accurate positioning of car bodies within ATOS ScanBox. Alternatively, the parts can also be transported to the respective rotation table working area by transport cart, pallet truck, crane or forklift truck.

Thanks to highly developed camera technology, a powerful light source and high-performance software, ATOS 5 achieves a new level of performance, especially when measuring shiny and dark surfaces, fine structures and edges. ATOS sensors provide full-field 3D coordinates for each individual measurement. Equipped with a laser light source, ATOS 5X offers automated scanning for large measuring areas up to 1,000 mm. .

The virtual measuring room (VMR) is the central control station and measurement planning software for all elements of the ATOS measuring cells. In the VMR, the real environment, i.e. robots, sensors and parts in the measurement cell, is functionally simulated in a simulation. The programming includes the kinematics, the robot paths, the part fixture and the measurement plan. Thanks to the VMR, the user can work with the system without requiring specific robot programming skills. All robot movements are simulated and checked for safety before being performed in the actual environment.