The Evolution of Tool Path Design (Part 1)

The primary purpose of modern Computer Aided Machining (CAM) programs is to create efficient tool paths for Computer Numerical Control (CNC) machining. Since machining is a subtractive process, …

Analyze Mold Flow in NX

Analyze Mold Flow in NX

Sam Kuan, Siemens PLM, demonstrates the new injection flow capabilities in NX 8.5. Capabilities include melt front time, air trap, weld line, pressure drop, melt front temperature, maximum temperatur…

3 to 5 Axis Toolpath Conversion

3 to 5 Axis Toolpath Conversion

With the 3 to 5 axis toolpath conversion capability in NX CAM you can easily machine molds and dies with deep cavities. NX analyzes the toolpath and it automatically tilts the tool to avoid holder co…

Making the Jump to Five-Axis Machining Easier

Making the Jump to Five-Axis Machining Easier

First appeared in MoldMaking Technology magazine, Gardner Publications, Inc., USA. www.moldmakingtechnology.com

Improvements in CAM software help bring the benefits of fiv…

Minco – Achieving Success with NX

Minco – Achieving Success with NX

Meet Minco Tool and Mold, a major plastic injection mold manufacturer in the United States. Minco uses NX Mold Design and NX CAM to capture a niche in the market for manufacturing complex shaped part…

Five Benefits of Integrated CAD/CAM for Mold and Die

This article first appeared in MoldMaking Technology magazine, Gardner Publications Inc., USA. www.moldmakingtechnology.com

Integrated computer-aided design and manufacturing (C…

Theme of the Month – Mold & Die Machining

 
Are you involved in manufacturing molds & dies? Are you interested in learning more about NX and how it can help you become more productive?  If so, this month is a great opportunit…