Mech-Eye SDK 2.6.0 Release Notes
This topic introduces the new features, improvements, and resolved issues of Mech-Eye SDK 2.6.0.
Mech-Eye Viewer
Automatic Y-axis Resolution Calculation
Supports automatic calculation of the Y-axis resolution of scan data. The calculation is as follows:
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When Line Scan Trigger Source is set to Fixed rate:
Y-Axis Resolution (μm) = Travel Speed (mm/s) ÷ Trigger Rate (Hz)
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When Line Scan Trigger Source is set to Encoder:
Y-axis resolution (μm) = encoder resolution (μm) × Trigger Interval ÷ Trigger Signal Counting Mode × 4
Improved Calibration Accuracy
The accuracy of Tilt Correction has been improved to 0.001°, and the accuracy of Height Correction has been improved to 0.001 mm, meeting the calibration requirements of high-precision scenarios.
Added Multiple Display Languages
Mech-Eye Viewer now supports the following display languages: German, French, European Portuguese, and Italian. You can change the display language in Options in the Help menu.
AI Assistant Available
Supports opening the AI assistant from the menu bar to get help with software usage and laser profiler-related questions.
Offline Documentation Installation Package Available
You can download the offline documentation installation package as needed, so that relevant materials can be viewed and used in environments without network access or with restricted network access.
Timeout Parameter Renamed
The original Timeout Period parameter has been renamed to Data Retrieval Timeout, making its function easier for users to understand.
Mech-Eye API
Single Laser Profiler Field of View Expansion
Supports using one laser profiler to perform multiple S-shaped or Z-shaped back-and-forth scans and stitching the scan results into a unified coordinate system, enabling high-precision stitching of multi-segment acquired data for large-sized or long-strip objects. This expands the field of view and reduces costs. For details, see the example program WidthExpansionCalibration.
Laser Profiler Tilt Calibration
Corrects the tilt angle of the sensor head caused during installation and use by performing motion direction vector calibration on the laser profiler. For details, see the example program MoveDirVecCalibration.
Laser Profiler N-Point Calibration
When a three-axis gantry robot works collaboratively with a laser profiler, calibration can establish the correspondence between the surface data coordinate system and machine coordinate system, enabling the machine to achieve accurate positioning and motion guidance based on surface data.