What's new in QUINDOS 2026.1

Summary
QUINDOS 2026.1 introduces powerful new capabilities for CMM monitoring, faster and more intuitive scanning, and expanded support for advanced geometries and workflows. This release focuses on improving usability, automation, and measurement reliability–helping quality professionals streamline inspection processes while maintaining the highest standards of accuracy.

Key highlights include support for the new CMM Check 3.0 standard, simplified variable high-speed scanning, enhanced CAD-based programming, and expanded analysis tools for gears and special geometries. Alongside this, updates across UI, reporting, and data handling deliver a more efficient and user-friendly experience.

CMM Check 3.0 support for reliable machine monitoring
QUINDOS 2026.1 introduces full support for the latest CMM Check 3.0 test gauge, enabling standard-compliant monitoring and interim testing of coordinate measuring machines. The new compact test specimen replaces the previous generation and supports both systems with and without rotary tables.

The complete workflow–from measurement and evaluation to graphical reporting–is seamlessly integrated into QUINDOS. Results can also be exported in Q-DAS format for statistical process control, ensuring consistency with established quality processes.

Faster setup with simplified high-speed scanning
Variable high-speed scanning (VHS) is now significantly easier to define. Users can create scan paths directly on CAD geometries–either interactively or via CNC programming–reducing the need for multiple commands.

New point types and automation features allow QUINDOS to handle control points and scan parameters in the background. This makes it faster to configure complex scan strategies, especially on interrupted or structured surfaces, while maintaining precise control over speed and point density.

CNC-compatible CAD programming with rotary table support
Building on previous CAD workflow improvements, QUINDOS now enables CNC-compatible programming with rotary table integration. Users can generate measurement points with fixed or variable rotary positions in a single step.

This simplifies programming for multi-axis measurement tasks and ensures consistent, reliable results with minimal manual input.

Smarter geometry handling with guided grouping
Manual grouping of surfaces is now easier and more reliable. QUINDOS guides users through selecting the correct geometry type, automatically assigns unique names, and prevents duplication within CAD structures.

This reduces errors in complex models and ensures clean, consistent data structures for downstream evaluation.

Advanced motion control with circular path support
QUINDOS now supports circular clearance movements and probing paths, expanding beyond linear motion. This enables more efficient and flexible measurement strategies, particularly on machines capable of circular movement.

The system automatically manages motion paths–including spiral transitions where needed–helping optimise measurement routines while maintaining precision.

Faster programming with predefined feature evaluations
Users can now define default evaluation strategies directly within CAD-based programming dialogs. This means measurement commands are automatically created with the correct evaluation settings–eliminating manual steps and accelerating workflow setup.

This is particularly valuable for repetitive or standardised inspection tasks.

Enhanced gear and drivetrain analysis
QUINDOS 2026.1 introduces several new and improved evaluation tools for gears and drivetrain components:

• Hirth serration: New radial runout evaluation with graphical reporting
• Gear thickness: Detailed visual analysis of individual tooth thickness, including range and eccentricity
• Cylindrical worms: Support for linear tip relief analysis to improve NVH performance

These enhancements provide deeper insights into component quality and support more precise optimisation of drivetrain performance.

Improved UI for special geometries
Updates to modules such as straight bevel gears, curvic couplings, and globoid worms bring improved user guidance and consistency. Redesigned dialogs, clearer parameter inputs, and integrated help functions make it easier to work with complex geometries.

This unified interface approach streamlines workflows across different applications and reduces the learning curve for advanced features.

Point cloud and mesh inspection enhancements
QUINDOS now supports importing point clouds in E57 format, a widely used standard for 3D scanning data. Improved tools allow users to separate point clouds using CAD models or remove unwanted artifacts more efficiently.

This strengthens integration between scanning technologies and metrology workflows.

Easier file handling and support diagnostics
A new command allows users to open files directly from within QUINDOS using standard Windows applications, simplifying data review and editing.

Additionally, improved system snapshot functionality makes it easier to collect and share diagnostic information with support teams—reducing downtime and speeding up issue resolution.

UI and usability improvements across the platform
A range of updates enhance the overall user experience, including:

• Customisable dialog positioning
• Improved status bar and clearer icons
• Progress indicators for complex operations
• Better control over CAD visualisation during measurement
• Optimised point generation for interrupted geometries

Together, these changes deliver a cleaner, more efficient interface that supports both guided workflows and expert users.