Intelligent performance engineering for industrial machinery

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Industrial machinery grows more complex each year: from electrical systems to software integrations, machines increasingly rely on parts and components from numerous disciplines to function at full capacity. Our intelligent Performance Engineering solution can help the process automation of sharing information between design teams, analysts, production test teams and service engineers. This allows teams to evaluate the capabilities and limitations of product variations in the most efficient way for machine manufacturers.

Industrial machinery grows more complex each year: from electrical systems to software integrations, machines increasingly rely on parts and components from numerous disciplines to function at full capacity. Our intelligent Performance Engineering solution can help the process automation of sharing information between design teams, analysts, production test teams and service engineers. This allows teams to evaluate the capabilities and limitations of product variations in the most efficient way for machine manufacturers.

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Manufacturers face the possibility of major disruptions to operations and risk the possibility of drowning in complexity as they try to address the need for more customized machines with disconnected siloed and manual processes. Our Intelligent Performance Engineering solution focuses on improvements in simulation, design, and connectivity for machine builders including:

As businesses create and develop increasingly complex machinery to address these challenges, one of the most crucial aspects will be simulating, verifying and validating how a machine design works.

Intelligent Performance Engineering (IPE) is a comprehensive digital thread designed to meet this need, helping original equipment manufacturers (OEMs) manage the complexities of building the next generation of machines with lower cost and risk. IPE helps OEMs automate the development of machine products and their variations in the most efficient way by focusing on connectivity, simulation and design.

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On-Demand Webinar | 42 minutes

Predictive Engineering Analytics and an Intelligent Engineering Simulation Platform

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Balance Productivity & Energy Efficiency of Industrial Machinery

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Solution capabilities

Advanced machine engineering

Enabling the plan-to-production process can be difficult. With Siemens Digital Industries Software’s machine design solution, Advanced Machine Engineering, your company can immediately begin the digital innovation journey and improve productivity. Our Advanced Machine Engineering solution ensures greater certainty in the development of mature machines, reducing ramp-up time in production through virtual design and commissioning, resulting in better upfront validation, shorter commissioning times, and more immediate productivity.

Digital part production

Original equipment manufacturers (OEMs), as well as their supply chain partners, are tasked with manufacturing parts and components for industrial machines. For both organizations, functionality on the shop floor is critical. Our Digital Part Production solution ensures new parts are integrated into the larger machine while meeting high tolerances and precision needs. This provides parts that are built quickly and ensure reliability and the highest quality while maximizing production capacity.

HVAC Performance Engineering

Gain better insight into HVAC systems for performance and efficiency, noise and vibration, and cooling than you can achieve with physical testing alone.

IoT and Lifecycle Analytics

Combine diverse data sources and fragment information to help your customers influence design, product innovation, and improved performance from design and development of the machine to end customer use.

Manufacturing & Production Machine Performance Engineering

Engineer tomorrow’s advanced production machines require that mechanical, electrical, electronics and software systems are connected. Allowing you to engineer, simulate and virtually commission advanced machines from concept to in-service deployment.

Rotating Machinery Performance Engineering

Gain better insight into rotating equipment like pumps, compressors, motors and more for performance and efficiency, noise and vibration, and cooling than you can achieve with physical testing alone.

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