Siemens at Mazak Open House 2026

Great machining starts with the right technology. And a workflow that connects it all.

See how it all comes together at the Mazak Open House in Pune, where Siemens, Mazak and other technology partners will showcase machining applications featuring:

💻 CAM Programming
🔍 G-code Simulation
⚙️ Live Machining

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📍 Location: Mazak India Technology Center, Sanaswadi, Pune

📅 Date: October 23–24, 2026

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What to expect at Mazak Open House

Parts -> Machine Tools -> Workflow

At the Mazak Open House, Siemens and Mazak will demonstrate three machining applications: a mission-critical aerospace component, a die and mold part and a turbomachinery part.

But the machining demonstrations on the shop floor are only the final step. Before the parts reach the Mazak machines, they will be programmed in NX X Manufacturing, postprocessed for the target machine and checked using G-code simulation. The simulation will verify the toolpath, machine movements, tooling, fixtures and setup conditions using a digital model of the machine.

Program. Postprocess. Simulate. Machine.

Program in NX X Manufacturing

Programming will begin in NX X Manufacturing, where modern machining strategies and AI capabilities such as AI Make Machining Suggestion (AI MMS) will be used to develop the machining strategy for each part.

Based on the selected geometry, AI MMS will suggest machining operations, tools and cutting parameters. These suggestions will support the programming process as the machining strategy for the part is developed.

Postprocess for the target machine

Once the toolpaths are ready, they need to be converted into NC code that the target machine can run.

You will see a machine-specific postprocessor used for each demonstration to generate the NC code for the corresponding Mazak machine and control. NX CAM Post Hub provides access to more than 1,200 machine kits and postprocessors, supporting a wide range of machine tool configurations.

Simulate the actual G-code

Generating the NC code is only part of the process. Before it reaches the machine, the actual G-code needs to be checked against the machine it will run on.

With SMKS (Smart Machine Kit Solutions), the machine-specific postprocessor, 3D kinematic machine model and G-code-driven simulation are brought together in one machine kit. You will see the postprocessed G-code simulated against the machine model to check machine movements, tooling, fixtures and potential collisions before machining begins.

Run the verified program

Once the program has been checked, it will be ready for the physical machine.

The final step happens on the shop floor, where the verified program will run on the Mazak machine to cut the part. It’s where everything prepared and verified digitally becomes real on the machine.

Catch the CAM-to-machine workflow live and see how programming, postprocessing and simulation come together before the first cut is made.