CMM Software

TouchDMIS is an advanced coordinate measurement (CMM) software designed to optimize the measurement process with a full touch interface, providing an intuitive and easy-to-use user experience. The software supports full integration with CAD and sophisticated sensors, increasing productivity and measurement efficiency. 

Outstanding features

Intuitive touch interface: 

• TouchDMIS is designed with a touch interface that is easy to use and intuitive, allowing the user to have complete control over the measurement process with just a touch.
• There is a 3D simulation mode suitable for training beginners.
• The interface has large icons and a clear layout that makes it easy for users to manipulate and navigate with common operations such as swiping, zooming in, and zooming out. 

Optimized for touch devices:

• The software is optimized to run smoothly on touchscreen devices, allowing users to operate quickly and accurately.

Various measurement functions:

• TouchDMIS supports a wide range of measurement functions, from point, line, plane to complex shapes.
• Supports inspection and measurement of parts with high precision, meeting the needs of various industries. 

Supports multiple probe types: 

• The software is compatible with a wide range of probes, including contact and non-contact probes, providing increased measurement flexibility. 

CAD Integration: 

• TouchDMIS is capable of integrating with CAD software, allowing users to easily import and export data from STEP, IGES and other popular CAD formats.
• Supports display and processing of 3D CAD models, allowing users to check and validate measurement details directly on the model. 

Detailed measurement results report: 

• The software provides powerful reporting tools, allowing the creation of detailed and professional measurement reports.
• Support exporting reports in many formats, suitable for storage and sharing needs

TouchDMIS Measurement Functions

• Examine geometric features such as lines, planes, circles, cylinders, and other geometric shapes.
• Check freeform shapes that do not follow standard geometries, commonly found in complex surfaces and parts with special shapes.
• Automatically recognizes the type of feature to be measured, saving time and minimizing errors during measurement.
• Automatic confirmation of characteristics in manual measurement mode, optimizing manual measurement process.
• Build geometries with automatic shape recognition, improving measurement accuracy and performance
• Relative measurement between points or features on a part, aiding in inspection and testing applications.
• Create and examine cross-sections of parts, allowing analysis and measurement of internal features.
• Align parts based on geometric features, freeform shapes and RPS (Reference Point System) method.
• Repeatable alignment based on reference point system, ensuring high accuracy during measurement.
• Measure gaps, clear planes and clear boxes.
• Check and tolerance dimensions, geometrical features GD&T (Geometric Dimensioning and Tolerancing), ensure details meet technical requirements.
• Displays DMIS (Dimensional Measuring Interface Standard) program blocks and command codes, supporting programming and testing of measurement programs.
• Advanced DMIS programming and parameters, along with macros to automate and optimize measurement processes.
• Different feature calculation algorithms, which help to improve measurement accuracy and efficiency.
• Filter the arithmetic points to remove noise and increase the accuracy of the measurement data.
• Drawing environment for building and reporting 2D structures, supporting visual and detailed report generation.
• Locate CAD models for offline inspection, allowing inspection and measurement without direct connection to measuring equipment.
• Edit point clouds, compare cross sections, extract features and mesh point cloud data, supporting detailed analysis and inspection.
• Find and measure holes on parts, assisting in inspection and assembly.
• Measure thread holes, check and confirm thread holes on the part.
• Repeatable measurement method, which helps to expand the measuring range without moving the device.
• Create and measure level planes, aiding in alignment and measurement.