The turbine rotor measurement and assembly platform improves productivity and achieves higher levels of assembly quality by shortening inspection time and expensive disassembly due to inefficient rotor assembly.

IMAP is a measurement and assembly platform for large-sized and heavy-duty (such as passenger aircraft and gas turbines) turbine rotor components, which can significantly improve productivity.

Measurement capability: • Measurement range up to 600mm x6000mm • Load capacity up to 35000kg • Electric rotation

Measurement software:
AccuScan detection systemIntelliStack ™ Rotor assembly softwareIntelliStack ™ Compared to all AccuScan detection systemsCompatible. By repeatedly calculating the axis of each component relative toAdjacent components and their impact on the overall rotor axis to obtainSignificantly improve the quality of rotor assembly by positioning

AccuScan measurement software
AccuScan detection system, capable of measuring axial jump, radial jump, eccentricity, roundness, parallelism, and flatness

IntelliStack ™ Rotor assembly software

IntelliStack ™ Compatible with all AccuScan detection systems. By repeatedly calculating the influence of each component on adjacent components and the overall rotor to obtain the position, the assembly quality of the rotor can be significantly improved. Assembly parameters, as well as part numbers, measurement positions, adjustment methods (such as pulse drive or balance drive), and more parameters can be configured by the user. The assembly parameters of each workpiece can be pre-set and used as parameters for the AccuScan Inspection file editor AccuScan IFE. For repeated assembly workpieces, reusable assembly templates can be created. By pre preparing assembly parameters and using assembly templates, assembly can be performed with only the workpiece list ID. IntelliStack ™ Used for rotor assembly, component assembly, assembly with known or locked positions, and workpiece replacement assembly. IntelliStack ™ Can create templates for batch testing, high output value, shorten assembly time, avoid expensive rotor disassembly, reduce the impact of jumping and imbalance.