ATOS ScanBox BPS
A batch processing system enables automated loading and unloading of the optical 3D coordinate measuring machine. For this reason, the ATOS ScanBox is extended by a handling system and a PLC Interface Station. The ATOS ScanBox BPS is the solution for full-field digitization of a batch of parts with a height of up to 500 mm.
|Solution 1||Solution 2||Solution 3|
|Max. part diameter [mm]||50||72||115|
|Max. part height [mm] (incl. clamping/fixture)||150||300||500|
|Max. part weight [kg]||20||20||40|
|Max. batch size||132||88||25|
|Typical self-sufficient runtime [h]||11||8||3|
ATOS ScanBox BPS
For further information about the ATOS ScanBox BPS, please download the Solution Flyers.
Autarkic machining time
As the user does not have to place the individual parts, the time required for quality assurance is significantly shorter than before. The ATOS ScanBox BPS measures autarkically up to 11 hours with few operator interventions. Personnel costs are decreased and the machine utilization is increased.
Production-integrated 3D measurement technology
Robustness, measuring speed and compensation for temperature fluctuations are convincing factors of the ATOS ScanBox BPS in production. Work-intensive transports of a whole batch of parts, electrodes or turbine components are no longer necessary.
Increased process reliability
Because the parts are marked, for example, with an RFID chip, the system independently detects which measuring program must be executed and which inspections are to be performed. Eliminating the impact of the user on the measurement significantly increases the process reliability.
ATOS Professional VMR Software – Virtual Measuring Room (VMR)
The virtual measuring room is the central control station and measurement planning software for all elements of the ATOS measuring cells. It offers the functional representation of a real measurement environment in a virtual simulation. 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.
For more information please contact
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