The difference between closing and quitting pc-dmis

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List of contents for this article:

• 1、Three-coordinate software pc-dmis
• 2、PC-DMIS three-coordinate measurement software
• 3、How to save pcdmis program and change it to another disk
• 4、How to install "pc-dmis"?
• 5、PC·DMIS shortcut key (entry level)
• 6、How to use a coordinate measuring machine

Three-coordinate software pc-dmis

The method to unlock the window in the three-coordinate software PCDMIS is as follows: Operation in the direct edit window: In the three-coordinate software PCDMIS, if the window is locked, you can call up the right-click menu by right-clicking in the blank space of the direct edit window. Cancel the "Lock Window" option: In the right-click menu, find the "Lock Window" option and remove the check in front of it. This unlocks the window.

Introduction to PC-DMIS Coordinate Measurement Software PC-DMIS is a powerful coordinate measurement software. It not only introduces innovative new technologies and new functions, leads the development of global coordinate measurement software, but also strives to reduce measurement complexity, optimize processes and their user experience.

PC-DMIS is a widely used professional three-coordinate measuring machine (CMM) testing and programming software around the world.

In the application of coordinate measuring instruments, PC-DMIS, as a mainstream software tool, is widely used in the processing and analysis of measurement data. Among them, the assignment function is a highlight of PC-DMIS. It allows users to assign the value of the measurement results to other characteristics or measurement points, thereby facilitating subsequent analysis and processing.

France has a variety of well-known three-coordinate measurement software, the more famous of which is the PC-DMIS software owned by Hexagon Metrology Industry Group. PC-DMIS Software Overview It is a powerful and widely used three-coordinate measurement software. It has high-precision measurement capabilities and can accurately obtain geometric information such as the size, shape and position of various complex shaped workpieces.

PC-DMIS three-coordinate measurement software

1. Introduction to PC-DMIS Coordinate Measurement Software PC-DMIS is a powerful coordinate measurement software. It not only introduces innovative new technologies and new functions, leads the development of global coordinate measurement software, but also strives to reduce measurement complexity, optimize processes and user experience.

2. Overview of PC-DMIS software It is a powerful and widely used three-coordinate measurement software. It has high-precision measurement capabilities and can accurately obtain geometric information such as the size, shape and position of various complex shaped workpieces. Main function features Flexible measurement programming: Support manual programming and automatic programming. Users can quickly write measurement programs based on the characteristics and measurement requirements of the workpiece to achieve efficient and accurate measurement tasks.

3. PC-DMIS is a widely used professional three-coordinate measuring machine (CMM) testing and programming software around the world.

4. Accumulation of practical experience: Continuously accumulate experience in using PCDMIS through practical operations and measurement work. In practical applications, you may encounter various problems, and by solving them, you can further improve your skill level. Utilize equipment resources: If you use three-dimensional measurement equipment from brands such as Hexagon, you can make full use of the software resources and technical support included with the equipment. These resources usually provide additional functions and optimization suggestions.

5. PC-DMIS software. According to a query of China Instrument Exhibition Network, the Lide three-coordinate instrument uses PC-DMIS software to scan and collect data points in a specific area of the surface of the object under measurement, and performs data calculation to obtain precise data results. The Lide three-coordinate measuring machine, referred to as CMM, was introduced in the United States in the 1960s. The CMM can be divided into contact measurement and non-contact measurement according to the measurement method. The two measurement methods share the same measurement software.

How to save pcdmis program and change it to another disk

1. To change the saving path of the PC-DMIS program to another disk, you can follow the following steps: Find the program setting option and open the PC-DMIS software. You can usually find the function entries related to "Options" and "Settings" in the menu bar. For example, in some versions, click the "File" menu and find the "Settings" or "Options" submenu. Enter the path setting interface and find the setting items related to the file saving path in the setting options.

2. To change the saving path of the PC-DMIS program to another disk, you can follow the following steps: Find the program option Open the PC-DMIS software and find the "File" option in the menu bar. This is the entry point for setting the program saving path. Enter the settings interface and find the relevant sub-items of "Options" or "Settings" in the "File" menu. Different versions of PC-DMIS may have slightly different names.

3. By directly modifying the measured values, users can avoid cumbersome steps such as resetting measurement parameters and re-executing measurement procedures, thereby improving the flexibility and efficiency of data processing. There is a Mini programs resource named "PC-DMIS Modify Measurement Values.exe" in tool resources and acquisition. The file size is 288KB and was uploaded on 2020-03-29. Users can download the tool through relevant resource platforms, but the download costs 46 points.

4. Confirm changes: After completing the adjustment, confirm the changes and close the feature editing window. Save changes and regenerate the report: Save changes in the report window and regenerate the report to see the effects of the adjustments. Note: The above operations apply to PCDMIS software, but the specific steps may vary depending on the software version. Before making any adjustments, it is recommended to back up the original report to prevent data loss due to improper adjustments.

How to install "pc-dmis"?

Download the latest version of HaspHL drivers at ftp://. Then install it (you must install it before installing PC-DMIS) and copy 49A52D1D.hasp to the C: \windows\system32 or C: \winnt\system32 directory.

Before installation, you need to first turn on the air source to ensure that its supply pressure is usually not less than 0.65Mpa, so as to ensure that the measuring machine pressure reaches ≥0.4Mpa required for work. Subsequently, turn on the power supply of the control cabinet and probe controller of the coordinate measuring instrument in turn, and patiently wait for the equipment to complete the self-test. Software startup and initialization After the hardware is ready, measurement software such as PC-DMIS or Quindos can be launched.

Specifically, the offline programming process can be roughly divided into the following steps: First, through the 3D map file, the user can perform virtual measurement on the computer to simulate the measurement process in the actual processing process; then, according to the results of the virtual measurement, write the corresponding measurement program; Finally, store the compiled program on the computer, wait for the product processing to be completed, and then transmit it to the equipment for actual measurement.

Hexagon CMM The procedure for calibrating the probe is as follows: Prepare tools and equipment: Hexagon CMM: Ensure that the CMM is in working order. Probe calibration standard ball: usually Φ10mm in diameter, used to verify the accuracy and precision of the probe. Calibration ball fixing fixture: used to fix the calibration ball to ensure its stability. Verification software: such as PC-DMIS, used to set up verification procedures, collect and process data.

Common reasons and solutions why PC-DMIS installations cannot communicate with the license server are as follows: Network access rights issues The client may not be able to connect to the license server due to insufficient network rights. Try generating offline license files through NI Volume Licensing Manager (NI VLM) to bypass the need for real-time network communication. For specific operations, you need to refer to NI VLM's offline license generation steps to ensure that the file path and permissions are configured correctly.

The specific steps to import probe files in PC-DMIS usually require reference to official documentation or contact technical support, but the general process may include selecting the "Import" or "Open" option in the file menu. The specific steps are outlined as follows: Open the PC-DMIS software: First, make sure that the PC-DMIS software is correctly installed on your computer and that you have the appropriate permissions to run the software.

PC·DMIS shortcut key (entry level)

1. Reverse selection If you need to select most features and exclude a few, you can select all features first, and then hold down the Ctrl key and click the features to be excluded to achieve reverse operation. Combined with the shortcut key Ctrl+A: Select all features in the current view or list. Esc key: Cancel all current selected states to avoid erroneous operations.

2. Hexagon PC-DMIS software interface is mainly composed of menu bar, toolbar, probe definition bar, graphical display window, status bar and other parts.

3. Interface composition: Title bar: displays the file name of the document being edited and the name of the software used. Ask the "File" tab: Basic commands (such as "New","Open","Close","Save As..." and "Print" are located here. Quick Access Toolbar: Common commands such as Save and Undo are located here. You can also add common personal commands.

How to use a coordinate measuring machine

1. The key to measuring the size with a coordinate measuring instrument is that when using a contact probe, the ball head of the probe must be in physical contact with the surface of the workpiece under measurement, and the radius of the measuring ball is compensated through probe calibration and path planning, so as to obtain the actual size of the workpiece. Core measurement principle The three-coordinate measuring machine (CMM) collects the coordinates of spatial points on the surface of the workpiece through a probe system.

2. The method of measuring the radius of an arc using a coordinate measuring instrument is as follows: Basic measurement steps: Take points on the arc: In order to measure the radius of the arc, you first need to select several measurement points on the arc. In general, taking three points is enough to determine the basic shape and radius of an arc. These three points should be evenly distributed on the arc to ensure measurement accuracy.

3. Only those who have received training and obtained operating qualifications can use the coordinate measuring machine. Before starting the machine every day, check whether the air source pressure reaches the specified value: the air source supply pressure is ≥0.65Mpa, and the machine air pressure is ≥0.4Mpa. If the height of the oil-water mixture in the triple storage cup exceeds 5mm, it should be drained manually. If the machine air pressure is normal and the pressure at the triplet cannot be adjusted to the normal value, the filter element needs to be replaced.

4. When using a coordinate measuring instrument, the operating steps are as follows: turn on the power supply and start the measuring instrument, create or load a measuring program, set the workpiece position and measurement parameters, measure the workpiece and record the data, and finally turn off the measuring instrument and clean the site. Turn on the power supply and start the measuring instrument. After initial use or long-term non-use, the power supply of the coordinate measuring instrument should be turned on to initialize the equipment. After startup, ensure that all functions of the equipment operate normally. Create a new or load a measurement program.

5. The use of three-coordinate measuring instruments requires a standardized process to ensure accuracy, which is divided into six steps: preparation, coordinate system establishment, verification, measurement, analysis, and shutdown. Preparations ① Boot and warm-up: The equipment and software are started at the same time, and the warm-up time varies depending on the model (usually 15-30 minutes).② Inspection parts: Check with the naked eye whether the measuring needle is bent, and lightly speculate to observe whether there is any abnormal sound when the guide rail moves.

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