1, supports typesetting types such as EROWA, lock screw, glue and multi-station vice.
2. Automatically collect electrode information such as spark position, quantity, word code, order size and material, and seamlessly connect the machine for automatic programming.
3. Support obtaining electrode information through bill of materials.
4. It can be classified and typeset according to the type of electrode machining tool path.
5. Support to correct the typesetting position according to the actual coordinates of EROWA.
6. The height of the reference table can be adjusted freely.
7, automatically avoid the fixture position
8. Support stand-alone, typesetting and mixed typesetting.
9. Support typesetting according to the actual wool size.
10. Automatically generate a ranking table including word code, size, spark position and quantity information.
1 1, automatic calibration of conventional and irregular electrodes
12. Version separation rules can be customized.
13, and the electrode position can be quickly adjusted when necessary.
14, supports typesetting with EROWA fixture.
15, automatic strip arrangement tool including electrodes.
16, you can define the placement position of the reference angle.
17, single-row orders can be made.
18, the sweeping height can be set separately for each wool.
The second is the intelligent parameter configuration of advanced tool path template.
Compared with the template function of PM, the tool path template is more intelligent, mainly because some parameters of the tool path template will be automatically adjusted according to the current model, such as the blank will change with reference to the current model. If we want to make the template more universal and intelligent, we also need to add advanced intelligent parameter configuration for the necessary tool paths in the template. Tool path templates with intelligent parameter configuration will perform corresponding intelligent operations when they are loaded or superimposed. Intelligent operation with nearly 100 functions, some of which are as follows:
Set a wizard-oriented prompt box for selecting surfaces, drawing boundaries or reference lines, etc.
Automatically obtain the currently activated boundary, blank, cutter, coordinate system, spare parts, reference lines, features, etc. And apply them to the tool path.
Get the surface of a certain color, layer or model as the boundary surface or set its component allowance.
According to a certain color, layer and surface Z minimum value of the model, it is taken as the minimum value of the constrained tool path.
Judge whether to automatically delete some tool paths or change tools according to rules (such as tool length).
Filter the features to be processed according to the rules.
Create, transform and activate coordinate systems.
Thirdly, the efficient opening function of the electrode.
The conventional rough machining method is around the outermost circle. If our electrode arrangement is relatively standard and the size of wool is not very large, the outermost circle of tool path can be omitted. This function is to improve the processing efficiency in this way.
Fourth, the machine tool spark deviation correction
In view of the fact that the electrodes machined by some machine tools are too large or too small, this function can be used to set corresponding precision correction values for different machine tools, so that the machined workpiece is more accurate without affecting the lettering and spark position display in the program sheet.
Verb (abbreviation of verb) Tool path name Remarks information of additional title
In order to speed up the programming, the programmer will save the template of the tool path strategy of the workpiece for the next loading. Loading tool path template is a very efficient programming method, but if the number of tool paths in the template is large, it is difficult for us to remember the function and machining position of each tool path. To this end, we have added the functions of title, schematic diagram and remarks to each tool path. Without modifying the name of the strategy template, the tool path and the corresponding operation can be identified intuitively by the tool path name.
Six, multi-axis machining support (excluding multi-axis post-machining customization and training)
The cutter axis parameters and six multi-axis strategies are added. You can also use different coordinate systems for different tool paths in the same workstation. However, due to the high cycle and cost of multi-axis post-processing and multi-axis training, they are purchased separately as needed, and the professional version does not include multi-axis post-processing customization and multi-axis training.
Seven, simple characteristic automatic drilling
Some customers have a lot of workpieces to drill, and the type and technology of holes are relatively simple, and only one drill is needed for the diameter. Therefore, we have developed this automatic drilling function. But for more complex rules, such as template automatic drilling, a more advanced version is needed.
Eight, database automatic synchronous update function
If an enterprise has multiple programmers, in order to unify the process, the template data needs to be used uniformly by the whole department, which is easy to realize. After the technical backbone edits the database and publishes it, the machine software of the whole department will receive the server data update prompt, which can be automatically updated to each computer. In addition, it is not necessary for every user's computer to be networked, and the software version can be automatically updated synchronously through the local area network.
Nine, create 3+2 coordinate system function
Help to find the right angle to create machining function.
X. simulation of one-button batch processing machine tool
Multi-axis tool path generally needs machine tool simulation, because head collision should be considered, so this tool can be used for batch simulation.
XI。 Customize the built-in default parameters
Machine tool software has opened most of the tool path parameters, users can customize the default configuration, but it is impossible to open all the parameters, otherwise too many parameters will bring trouble to users. Professional Edition will modify the default configuration of some unopened parameters. It also includes customization of default expansion or collapse of parameter groups. As shown in the figure, we want to know whether the basic parameters in the tool path parameters are expanded by default when adding a tool path.
Twelve. Customization of parameter database
Senior mechanical engineer will help to configure a more suitable parameter database.
Thirteen, intelligent creation of hole features
This is a tool to help create the required hole features. Hole features can be created by automatic recognition, face selection, color and point coordinate input.
Fourteen Basic function customization service
Professional version and above, your computer software is unique. We provide basic function customization without affecting the big framework. What can be customized for basic function customization? It is possible to give you an idea through some specific customization cases.
Basic function customization example:
Program sheet: bar code generation, time display format, first blank peak display, interlaced display, NC file size display.
Obtain the mold number, material, clamping method and workpiece type according to the rules.
Automatically delete uncalculated tool paths.
Support automatic programming of fixture electrodes.
When importing a model, you can add items one by one.
Standardize the project saving path when importing the model.
Automatically rotates the model according to the reference angle direction.
Fixed height of reference table (automatically increasing and decreasing reference table)
Is tool selection the default tool opening group?
Automatically save when switching items up and down.
Whether the file operation displays the network drive letter.
Obtain electrode information through bill of materials
(Other more function customization that does not affect the big frame)
15. On-site training for senior engineers (3 days/set)
Adjust the training content according to the actual processing situation and the specific needs of customers. Explain and practice using customer artifacts. Communicate face to face and answer questions. The machine-readable automatic programming scheme was successfully introduced in the shortest time.