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Geometric NestingWorks 2021 SP0 | 156.5 mb
Languages: English, Deutsch, 中文
Geometric Ltd. is pleased to announce the availability of NESTINGWorks 2021 SP0 is an automatic, true-shape nesting program that quickly creates efficient nested layouts, seamlessly integrated within SOLIDWORKS environment and allows nesting of flat or 3D solid or sheet metal parts and assemblies.
What’s New in NESTINGWorks 2021 SP0
× Geometric NestingWorks 2021 SP0 Close
× Geometric NestingWorks 2021 SP0 Close
× Geometric NestingWorks 2021 SP0 Close
Bug Fixes in NESTINGWorks 2021 SP0 1. CWNEST-1734 CSR-14660 NESTINGWorks fails to nest cylindrical part models with through hole features.
2. CWNEST-1711 CSR-13233 Specific part model fails to get auto captured as part for nesting unless user manually intervenes and selects the part. Even post manual selection, thickness of “0” is assigned instead of actual thickness, thereby causing the nesting process to fail.
3. CWNEST-1676 CSR-11869 When nesting multiple parts on multiple custom-size sheets using ‘Nest by folder’ command, NESTINGWorks does not allow addition of Custom Sheets after previewing if the dimension of the custom sheet is smaller than one of the parts.
4. CWNEST-1667 CSR-11433 When nested layout is exported in DXF format for specific part/assemblies, small arched fillets in the original file end up getting recognized as splines instead of arcs.
5. CWNEST-1626 CSR-10130 When the part to be nested contains a boss-extrude feature beyond a specific thickness, NESTINGWorks fails to execute the nesting job.
6. CWNEST-1609 CSR-9645 CSR-14047 When the nested payout is generated for a perfectly rectangular part, some of the parts are nested at odd angles.
7. CWNEST-1555 CSR-7961 CSR-8169 When user exports nested layouts in DXF format, polylines are observed on arcs and splines. Post processing cannot be done in such a case.
8. CWNEST-1537 CSR-6640 If user modifies the default values present in the defaultvalues.ini settings file, then NESTINGWorks fails to retrieve updated default values from this file and display them in the user interfaces.
9. CWNEST-1438 CSR-3688 User ins unable to execute nesting job for assembly comprising both multibody parts and virtual parts.
10. CWNEST-1344 CSR-2441 When user attempts to executes the nesting process for multibody parts with the “Create Separate Assembly” option enabled, the nesting process fails.
11. CWNEST-1240 CSR-1390 If all the parts selected for nesting are not nested or if the specified quantity for parts is not nested, then an Error message must be displayed upon previewing the nested layout.
12. CWNEST-1213 11-6677 Nesting job fails up on attempt execution for specific part file.
13. CWNEST-1208 11-6625 NESTIG Job cannot be successfully for parts in the specific assembly if those parts contain suppressed extruded features (as they cause disruption in profile recognition).
14. CWNEST-1176 NA When unfolding a sheet metal part using ‘Intelligent Unfold’ option, when an incorrect value is input for ‘K-factor’ parameter, the header of the displayed Error message is incorrect.
15. CWNEST-1171 NA Within the ‘Part Data’ tab of the ‘Create Nesting Job’ user interface, when user selects ‘Step Angle’ option instead of ‘Part Angle’ option, the Part Angle List field associated with the alternate option must be disabled.
16. CWNEST-1168 NA Within the ‘Part Data’ tab of the ‘Create Nesting Job’ user interface, when user assigns Step Angle as 45 degrees for multiple parts and shifts focus to a blank row, the step Angle gets reset to 1 degree.
17. CWNEST-1137 NA Configuration files and Help files associated with the NESTINGWorks application are present at two locations after installation causing a lot of confusion.
18. CWNEST-621 CWNEST-529 NA When user attempts to execute nesting job for a specific assembly comprising of folded parts, then some of the parts are not successfully unfolded by the Auto-unfold option. The layout generated ends up having overlapping parts and nested parts outside sheet boundaries.
19. CWNEST-501 NA NESTINGWorks allows users to get proceed ahead with the nesting steps if he/she clicks the Browse button even if special characters (invalid) are input in the ‘Save Output as dxf’ field.
20. CWNEST-472 NA The Summary Report generated after successful execution of a NESTING job doesn’t contain critical information such as Part Material, Part Thickness, Part Quantity in each sheet, total utilized area of sheet, remnant area of a sheet and area of unutilized sheet.
21. CWNEST-75 NA If the thickness and material associated with a part (for which a nesting job has successfully been executed previously) is updated with new values, then nesting layout generated on re-executing the nesting job is based on previously assigned thickness and material values.
22. CWNEST-31 10-6069 When Nesting job is executed for the specific assembly with ‘Optimal Nesting’ enabled and nesting time specified, NESTINGWorks crashes and SOLIDWORKS stops responding.
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NestingWorks is automatically nests layouts of SOLIDWORKS parts and assemblies for production. This new 3D nesting application is seamlessly integrated within SOLIDWORKS software, enabling automated nesting of flat or 3D part or assembly models made from sheet stock, including sheet metal, plates, plastics, composites, or wood.
NESTINGWorks software leverages Geometric’s industry-leading NESTLib true-shape 3D technology—known to nesting application developers worldwide as one of the fastest and most fully featured automatic true-shape nesting libraries available in the industry. With NESTINGWorks, product designers can efficiently optimize sheetstock layouts—including specifications for grain direction—so they can produce the maximum number of parts from a single piece of raw material in a matter of minutes, saving time, while simultaneously minimizing material usage.
This video gives an introduction to the basic fundamentals of CAMWorks Nesting.
Geometric Ltd. specializes in engineering solutions, services and technologies. The company's portfolio of Global Engineering services and Digital Technology solutions for Product Lifecycle Management (PLM) enables companies to formulate, implement, and execute global engineering and manufacturing strategies aimed at achieving efficiency in product realization lifecycle. Incorporated in 1994, the company is based in Mumbai.
On April 1st 2016, Geometric got into an agreement with HCL Technologies to transfer of its business to HCL Tech by way of demerger, except for its 58% share in the joint venture with Dassault Systèmes (3DS) (3DPLM Software Solutions Limited (3DPLM)). The transition has become effective on March 2nd 2017, after seeking all statutory approvals.
Product: Geometric NestingWorks
Version: 2021 SP0 Build 2020/1210
Supported Architectures: x64
Website Home Page : www.camworks.com
Language: English, Deutsch, 中文
System Requirements: PC *
Size: 156.5 mb
* System Requirements: Supported Solid Modeler (CAD applications)
NESTINGWorks 2021 is supported on the following CAD applications:
- SOLIDWORKS 2020
- SOLIDWORKS 2021
- CAMWorks Solids 2020
Operating Systems
- Windows 7 (SP1 or higher)
- Windows 8.1
- Windows 10
Notes:
- NESTINGWorks is not supported on 32-bit Operating Systems.
- Home editions of the Operating Systems are not supported.
Hardware
RAM 8GB or more recommended
Disk Space 5 GB or more
Processor Intel or AMD with SSE2 support. 64-bit operating system required
Install Media DVD Drive or Broadband Internet Connection
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