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Powertrain Machining

Powertrain Machining

With our solutions for powertrain machining automakers can easily plan complete powertrain manufacturing operations. 

Define CNC tool paths and calculate machining cycle times for specific stages of operations. Using integrated G-code-driven machine tool simulation, identify and avoid potential collisions between parts, machines or fixtures. CNC work packages can even be delivered directly to machines. 

This streamlined process chain helps reduce powertrain manufacturing setup times and increases product quality.

With our solutions for powertrain machining automakers can easily plan complete powertrain manufacturing operations. 

Define CNC tool paths and calculate machining cycle times for specific stages of operations. Using integrated G-code-driven machine tool simulation, identify and avoid potential collisions between parts, machines or fixtures. CNC work packages can even be delivered directly to machines. 

This streamlined process chain helps reduce powertrain manufacturing setup times and increases product quality.

Powertrain Machining

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The need for more fuel-efficient cars is driving increasing adoption of lightweight materials, including downsizing engine parts wherever possible. This trend requires automakers to handle more complex machining and assembly processes during powertrain production than in the past.

To design for manufacturability, our integrated solutions ensure changes are immediately reflected in the design and manufacturing engineering stages. This ensures that production capacity, technical issues, logistics, tools and machine-specific limitations are all taken into account before starting powertrain production. To architect powertrain manufacturing plans a single environment for CAM, CMM Programming and Part Process Planning helps you to increase collaboration between different teams.

You can create more efficient CNC machining programs with our advanced programming capabilities for advanced machine tools to reduce machining time, eliminate errors, and improve part quality with optimized machining operations. Execute CMM inspection programming and simulation to validate inspection programs and ensure that dimensional and tolerance specifications are achieved quickly and efficiently in production. Using our manufacturing resource library helps you take full advantage of shop floor resources including machine tools, cutting tools, fixtures, and equipment. 

Deliver released plans to production with our solutions and connect the managed PLM environment for design and manufacturing planning directly to shop floor systems.

Powertrain Machining

Možnosti řešení

Explore the key areas of this solution.

Additive Manufacturing

Create revolutionary products using our integrated additive manufacturing software. Design, simulate, prepare, print, and validate prototype or production parts on a wide range of 3D printing equipment.

Bill of Materials Management

By providing a common source of BOM information across your organization that is flexible and scalable, you can meet and exceed the market demand for more innovative and varied product offerings.

CNC Machining

Efficiently program any job – from production machining and mold manufacturing to 5-axis milling and automated robotic operations – using one computer-aided manufacturing (CAM) software.

Composite Manufacturing

Address the complex and specialized composite manufacturing processes through an intelligent design-to-manufacturing composite solution that is fully integrated into commercial 3D CAD systems.

Design Validation

Ensure proper mold cooling through thermomechanical simulation of manufacturing process. Optimize the design of molds for manufacturing of composites through simulation of curing and complete mold process performance.

Die Design Validation

Design, simulate and optimize jigs and tooling fixtures through structural analysis, vibration analysis and topology optimization. Reach targets like minimum stiffness, optimal weight or avoiding unwanted vibration.

Manufacturing Process & Data Management

Connect people, systems and machines through manufacturing process planning using a digital thread to accumulate knowledge and continuously improve operations.

Manufacturing Quality Planning

Integrate quality parameters during product design, manufacturing planning and production to eliminate costly product quality issues.

Progressive Die Design Validation

Prevent damage and cracks in dies through thermomechanical simulation of damage initiation and propagation for improved run rates and capacity utilization.

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