This software is two times the development of software based on SolidWorks, for a class of pipe cutting; convenient installation, in the form of plug-in nested in SolidWorks, easy to use. The following is a function of the characteristics and advantages of software:
1, SLDPRT type pipe parts information of single or batch import generated in SolidWorks, parts of the same type of different specifications can be set together, the software can automatically distinguish between different sets of standard parts, automatic screening of standard parts of the same.
2, the software can automatically identify the square tube, round tube, oval tube, round tube, is expected to set for different types of tubes in different sections. Bar type support can also be extended according to the needs of users.
3, the user only needs to import parts cutting will be under the SolidWorks software, can automatic recognition of geometric information of parts, parts of the length, width and height, radius and wall thickness, the parts contour automatically identify them and converted to a cutting path.
4, a user modeling can be obtained on the basis of this part, only need to modify the component parameters, then you can import. The design of the user model is processed products, allowing users to build the.
5, convenient automatic nesting function, can be the same diameter, wall thickness, pipe parts material automatic nesting material to Guan Yuan, in order to achieve the purpose of improving the utilization rate of materials.
6, the software can set of material to assembly form, vivid show nesting results, see the visual parts and components of the mutual nesting situation
The software can carry out the simulation results of material cutting, the user can directly see the trajectory and attitude of the cutting gun.
1 modules: Graphic import function
Function Description: can directly read 3D pipe parts data in TEKLA software, the extraction of 3D graphics parameters and installation parameters for typesetting and cutting programming. In addition to all of the information outside the information groove can be read from the 3D model, the user does not need to repeat the information input.