Dimensional measurement result viewing, analysis and reporting software TViewer

Overview
TViewer is professional 3D software developed by SCANOLOGY for optical and track-based 3D measurement systems. Using advanced image-processing algorithms, it captures 3D data with high accuracy and provides real-time scan visualization to support efficient measurement workflows.

Core Capabilities

• Efficient and accurate 3D data capture with real-time visualization for process monitoring.
• Support for large-scale part scanning and operation in vibration or workshop environments.
• Multiple repositioning methods to enable flexible measurement workflows on large or complex parts.

Modules

• Dimensional measurement
• GD&T analysis
• Hole inspection (automatic extraction of hole features such as circles and machined holes)

Hole Inspection
The hole inspection module automatically extracts hole features (e.g., circular and machined holes) to enable precise inspection and repeatable measurement of parameters such as hole position and diameter.

Inspection Module Capabilities

• Create and analyze geometric features.
• Measure distances and evaluate geometric tolerances.
• Execute inspection tasks to support quality control and verification workflows.

Multiple Reposition Methods

• Coordinate conversion: automatically aligns scans when the tracker moves around large parts by converting coordinate systems to improve efficiency.
• Super reposition: combines targets and common data to align scans and improve accuracy on large-scale projects.
• Dynamic tracking: processes scanned data in real time to maintain measurement accuracy in vibration environments.

Applications

• Aerospace
• Automotive
• Energy & Heavy Industry
• Railway and Shipbuilding
• Mold making
• Non-industrial use (healthcare, sculpture, research & education, entertainment)

Technical specifications

• Product name: TViewer
• Brand: SCANOLOGY
• Software type: Optical 3D scanning and measurement software for optical/track-based systems
• Primary functions: 3D data capture, real-time scan monitoring, dimensional measurement, GD&T analysis, hole inspection
• Reposition methods: coordinate conversion, super reposition (targets + common data), dynamic tracking
• Inspection features: automatic hole extraction, geometric feature creation, distance measurement, geometric tolerance analysis
• Suitable use cases: large-scale part scanning, vibration/workshop environments, metrology-grade inspection and product development workflows