Off Line Measurement allows customers to optimize the use of the Optigo platform by shifting time consuming tasks to an off-line station thus improving the overall throughput of their system. Installed on a standalone PC, the Off-Line Measurement software is used to calculate measurements and transforms them into meaningful dimensional information which can be analyzed and exported to CoreView Pro. 

In addition, Off-Line Measurement provides the necessary tools for conducting various detailed analysis studies on the dimensional measurement information. Engineers from different disciplines use Off-Line Measurement to conduct digital and virtual assembly analysis studies based on measurement results generated by Optigo & OptiCell.

In some cases Off-Line Measurement is also used to support Reverse Engineering processes intelligently transforming actual measurement information into commonly used 3D data formats. 

• Defining measurable features, dimensions and tolerances
• Generating 3D model based on measured information
• Allows calculation of measured features and dimensions
• Viewing measurement results and predefined analysis
• Aligning measurement results to CAD using several methods   
• Cutting cross sections across the measured object and analyzing measurements
• Analyzing mutual effects of matching and mating parts in virtual and digital assembly studies
• Communicating measurement results in CoreView format
• Fully integrated with the Dimensional Domain Server 
• Automatic STL generation based on the dimensional measurement for Reverse Engineering processes
• Sharing standard and customized reports in the organization
• Generating commonly used outputs for integration with external systems

• Better time utilization of the Optigo platform
• Provides the comfort of using a regular PC in an office environment
• Front-loading possible assembly related issues and solving them ahead of time
• Automatically creating outputs used in reverse engineering processes
• Promotes collaboration in between different user communities