3DCS Variation Analyst 2022 for NX – CATIA – Creo – MultiCAD
3DCS Variation Analyst For NX – CATIA – Creo – MultiCAD is an industry-standard analytical software that enables engineers and designers
It is an intelligent application that accurately detects the relationships between components and 3D collections, and analyzes the variations of several different sources, and shows them the results. It also can analyze rigid collections.
The program
Features of 3DCS Variation Analyst for NX – CATIA – Creo – MultiCAD
- Industry-standard analytical software enables engineers and designers
- Accurately detects the relationships between components and 3D collections.
- Analyze the variations of several different sources and show the results.
- Reduce the development cost of new products that are quickly brought to market and improve the performance of existing manufactured products.
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- idely used in various manufacturing industries, including aerospace, automotive, medical equipment, machinery, and electronics.
- Ability to generate comprehensive reports in a wide range of file formats such as Excel, Powerpoint, HTML, and Word with one button.
Benefits
- Perform what-if analysis to learn the impact on final assemblies before costly design changes.
- Use PMI to quickly apply and validate GD&T
- Reuse models by capturing commonly used processes and building your library.
- Assemble your product virtually to validate processes, and optimize sequences.
- Apply plant measurements to validate production and troubleshoot issues.
DCS provides tolerance analysis and SPC software to the automotive, aerospace, medical device, electronics, and industrial machinery industries. DCS solutions are used daily by companies like Airbus, BMW, GM, LG, Nissan, Phillips, Sony, Textron Aviation, and VW with the help of DCS’s customer support.
Description:
3DCS Variation Analyst is one of the top tolerance analysis software. The program is fully installed on the CAD platform and gives engineers the ability to have a true insight into their design. Tolerance analysis is a general term used to predict and measure the dimensional and geometric changes of components. This term is commonly used in mechanical engineering and refers to the process of identifying and quantifying the impact of design variables at different stages of production. The design change is inevitable for a variety of reasons, including production constraints at various stages from conceptual design to sales and supply. Tolerance analysis is used to reduce the final cost of the product and minimize these changes.
CAD software has in recent years been adding and adding tolerance analysis capabilities to its products, but still lacks a complete analytical tool with a specialized approach in this field. This program and other tolerance analysis software are offered to fill this vacuum. It is widely used in a variety of manufacturing industries including aerospace, automotive, medical equipment, machinery, and electronics.
This software can accurately detect the relationships between parts and sets of 3D, analyze the changes of several different sources and show you the results. The program can also analyze rigid sets. These sets are usually referred to as flexible parts with large edges that are often overlooked. 3DCS can also decide whether or not to tolerate these sets.
PMI – Validate and Optimize GD&T
Utilize Embedded GD&T (PMI)
3DCS Multi-CAD can use PMI (Product Manufacturing Information) and embedded GD&T from your CAD to instantly tolerance your parts. Simulate the build to validate your tolerances, then make adjustments to optimize for cost, quality, and variation control. Once complete, push your tolerances back to CAD and update your models.
Value:
- Build analysis models faster (embedded GD&T is not required for a model)
- Push-button import of CAD GD&T
- Validate and optimize your GD&T in 3DCS as a test lab, then push back when ready
Perceived Quality – Determine Design Objectives with Visualization
Reduce the need for expensive prototypes
Create life-like images of your product showing worst-case scenarios to determine the visual impact of variation stack-ups. Use these studies to determine maximum and minimum tolerances during design and communicate with engineering. Once engineers have determined the manufacturing tolerances, recreate the studies to see how your actual product will look with worst-case tolerance stack-ups. These studies together help you improve the Perceived Quality of your product as well as your build quality.
Value:
- Determine the impact of variation on the appearance of your product
- See what worst-case scenarios will look like on the final product
- Improve both build and perceived quality of products
Reduce Risk – Find Contributors and Make Iterative Design Changes
Find the sources of your variation and simulate your changes to determine the impact
Find the source of variation, honing in on either particular part tolerances, or processes. Many times the source of variation is in the assembly process and the solution does not require the changing of tolerances. This can give engineers the ability to improve quality without having to make costly tolerance adjustments. In addition, tolerance and process changes can be made in the model and simulated to find optimal conditions to get the greatest increase in quality at the lowest cost.
Value:
- Find the primary source of variation issues from either tolerances or assembly process
- Make changes and determine the effect of variation
- Use iterative changes to create the optimal design for maximum quality and minimum cost
Communicate – Create Reports and Measurement Plans to Collaborate
Value:
- Quickly communicate detailed inputs and outputs with customers and other teams
- Share key outputs with managers to support important decision making
- Create Measurement Plans tied to CAD for the manufacturing plant to use to control and monitor variation effectively in production, answering the question, ‘Where should we measure?’
Digital Twin – Simulate Fixtures, Tooling, and Processes
Add tooling to your analysis, along with manufacturing processes, and multi-stage assemblies
Find the source of variation, honing in on either particular part tolerances, or processes. Many times the source of variation is in the assembly process and the solution does not require the changing of tolerances. This can give engineers the ability to improve quality without having to make costly tolerance adjustments.
Value:
- Find a primary source of variation issues from either tolerances or assembly process
- Make changes and determine the effect of variation
- Use iterative changes to create the optimal design for maximum quality and minimum cost
factor – Analyze the Relationship Between Components
Find the multiplicative effect on tolerances from assembly geometry
Determine the geometric relationship between tolerances and the overall assembly. How much of an effect will changing particular tolerances have on the product’s dimensional quality?
Technical Setup Details
Before starting 3DCS Variation Analyst 2022 for NX – CATIA – Creo – MultiCAD Free Download, ensure the availability of the below listed system specifications
- Software Full Name: 3DCS Variation Analyst 2022 for NX – CATIA – Creo – MultiCAD
- File Name: 3DCS_Variation_Analyst_7.7.0.1_for_CATIAx64.rar
- Setup Size: 466 MB
- Setup Type: Offline Installer / Full Standalone Setup
- Compatibility Mechanical: 64 Bit (x64)
System Requirements:
- Operating System: Windows 7/8/8.1/10
- RAM: 8 GB
- Hard Disk: 4 GB
- Processor: Intel Corei7 or Xeon Processor
- Browser: Microsoft Edge, IE 11, Google Chrome, Mozilla Firefox
- Office 2016/365
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