IMTS 2024 - 3DCS Variation Analyst - Understanding Metrology Based Simulation
Dimensional Control Systems Dimensional Control Systems
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 Published On Sep 24, 2024

3DCS Variation Analyst is a CAD-integrated simulation software used by leading manufacturers in the aerospace, automotive, medical device, electronics, and machinery industries to create Digital Twins in order to simulate assembly processes and tolerance stacks using 3D models.

As the most advanced tolerance analysis tool in the market, 3DCS Variation Analyst offers users the ability to do more than just 3D stack-ups by analyzing the relationship between your parts and accounting for a multitude of sources of variation. This gives you the most accurate results to make important decisions about your design and manufacturing processes.

Incorporating Both Part and Process Variation
3DCS Variation Analyst simulates both part and process variation. This enables engineers to analyze their manufacturing process and how it affects both the assembly and final product functionality.

Used Daily by Major Manufacturers Across Multiple Industries
For more than two decades, DCS has been a trusted partner in enhancing quality management across a wide range of industries, including automotive, aerospace, medical devices, electronics, and industrial machinery. DCS solutions are used daily by companies like Airbus, Embraer, BMW, General Motors, FCA, LG, Nissan, Phillips Medical, Samsung, and Volkswagen.

3DCS provides value before production and during production. Using metrology and inspection data, users can analyze their manufacturing quality and root cause issues, simulating solutions, and rolling them out with confidence.

Why use Tolerance Analysis software?
Validate GD&T -
Test, optimize and improve your GD&T (Geometric Dimensioning and Tolerancing).

Determine Gap and Flush -
Determine optimum Gap and Flush conditions based on your manufacturing processes.

Optimize Processes -
Simulate your manufacturing and assembly processes to determine optimum methods and order.

Reduce Variation Risk -
Reduce overall variation about compensating for it in design.

Control Rework and Scrap -
Through robust design and GD&T, reduce the need for scrap and rework.

Resolve Manufacturing Issues -
Use measurement data from the plant to resolve production issues with the CAD model.

Find out more at: https://www.3dcs.com/tolerance-analys...

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