A lifecycle approach to process and data management is critical to meet these challenges regardless of how your business contributes value to the industry.  Our solution improves how manufacturers manage change, execute work processes, drive quality, and connect to external suppliers and customers. Our lifecycle management approach to centralizing technical information, keeping it up to date, and accessible means knowledge workers can be more efficient and achieve higher levels of performance.

Интернет вещей и аналитика жизненного цикла для производства промышленного оборудования может собирать воедино разнообразные источники данных и неполную информацию, помогая заказчикам внедрять инновации и повышать производительность проектирования. Расширенная аналитика необходима на каждом этапе жизненного цикла оборудования — от разработки и проектирования до производства и эксплуатации.

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Управление стоимостью изделий для производителей пресс-форм, штампов и инструментов обеспечивает таким производителям доступ к обширной коллекции мастер-данных. Можно использовать предварительно сконфигурированные данные из базы мастер-данных — спецификации, данные о методах обработки и почасовых тарифах. Результат: подробнейший расчет стоимости инструмента, который даст необходимую гибкость при создании разбивки стоимости.

Modular Machine Engineering Process Management solution for the Industrial Machinery industry supports Engineer to Order, Configure to Order, and Assembly to Order processes to help establishes common processes configuring and managing a family of products while defining functional modules (subsystems) that can be easily modified to meet a customer’s specific requirements and related changes.

Engineer to Order Process Automation solution for the Industrial Machinery industry provides a powerful rule authoring environment and repository that allows domain experts to capture the rules and best practices used to engineer and bid engineer to order (ETO) products which helps reduce the manufacturing cost of configured products.

Our Engineer to order process automation solution for the Heavy Equipment industry provides a powerful rule authoring environment and repository that allows domain experts to capture the rules and best practices used to engineer and bid engineer to order (ETO) products which helps reduce the manufacturing cost of configured products.

Reliability and System Safety for the Industrial Machinery and Heavy Equipment Industry leverages an integrated “Design for Support” approach which increases the machinery system reliability while decreasing the maintenance and logistics footprint, reducing the total cost of ownership.

Our Verification Management Solution for the Heavy Equipment Industry combines unique capabilities for integrated simulation and test management with plant simulation for manufacturing and manufacturing planning and execution, all while insuring complete closed loop requirements traceability.

Powertrain Mechanical Design for the Heavy Equipment Industry combines advanced simulation capabilities and best-in-class generative design software to create a state-of-the-art modeling environment to quickly assess the efficiency of powertrain designs.

Robotic Design and Commissioning for the Industrial Machinery Industry helps you develop complete robot programs that contain robot specific logic to help you perform “What-if” scenarios to check system behavior and provide complete validation of cell behavior virtually.

Software Engineering for the Heavy Equipment Industry leverages an Integrated product development strategy, where software (both embedded and non-embedded) development is part of a multi-discipline approach, enabling closed-loop performance assessment. Providing bi-directional integration between ALM and PLM which helps to build the complete digital twin.

Software Engineering solution for the Industrial Machinery Industry allows you to transform otherwise disconnected tools and processes into an integrated design solution that enables you to builds the complete digital twin by combining software functionality with mechanical and electrical capabilities and builds the complete digital twin and align the product through development and change impact analysis.

Engineering tomorrow’s advanced production machines requires a new engineering approach. Mechanical, electrical, electronics, and software system performance all must come together and exceed your customers’ expectations. Simcenter can help you engineer, simulate and virtually commission advanced machines from concept to validation to in-service deployment.

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

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.

Решения для аддитивного проектирования и производства в тяжелой промышленности включают интегрированные приложения, которые позволяют по-новому представить изделия, модернизировать производство и переосмыслить бизнес-модели.

Our solution offers an easy-to-use, secure platform for interacting with suppliers, even those outside of your PLM environment. A holistic view of product structure, including supplier data, is available by storing and providing product data in a centralized database.

Решение для совместной работы в цепи поставок для производителей пресс-форм и штампов — это простая, защищенная и удобная в использовании платформа для работы с поставщиками, даже если они не являются пользователем системы PLM компании-производителя. Она позволяет легко инициировать обмен данными, связанными с рабочими процессами и процессами изменений определенных поставщиков.

Manufacturing Process Planning and Simulation for the Industrial Machinery and Heavy Equipment industry is designed to enable manufacturing enterprises to manage their highly complex, configured-to-order product variations and produce them as required to meet regional and local regulations, as well as specific customer requirements.

Our Manufacturing Data Management solution for the Industrial Machinery Industry allows you to manage all of the information defining your products, processes, production resources and plant facilities in a single source of manufacturing knowledge.

The Manufacturing Lifecycle Management Solution for the Heavy Equipment Industry allows you to Manage all of the information defining your products, processes, production resources and plant facilities in a single source of manufacturing knowledge.

Tooling and Fixtures Part Manufacturing solution for the Industrial Machinery and Heavy Equipment Industries offer a comprehensive set of fully integrated tools for part manufacturing from CAD/CAM, robotics, CNC machining, and CMM inspection through 3D printing.

Our Factory Layout, Line Design and Optimization solution for the Industrial Machinery and Heavy Equipment Industries allows you to design, layout, and configure your factory environment, as well as optimize factory operations using digital 3D factory models and advanced software tools.

Machine manufacturers are looking for increased speed to market to help gain a competitive advantage in today’s highly competitive global manufacturing environment. Our Automation Engineering and Commissioning solution allows manufacturers to significantly shorten the commissioning time of machine tools and identify faults at the earliest possible time by connecting the digital twin or the virtual machine model with the real control system to enable validation of the overall system by testing machine designs under real-world conditions.

Production Planning and Scheduling Solution for the Industrial Machinery and Heavy Equipment Industry provides a suite of tools that helps planners, from owner-operators to equipment OEM’s to work together to optimize production processes within the digital enterprise to increase efficiency, flexibility and time-to market.

Our Quality Management solution provides manufacturers with the ability to improve quality and reduce costs along the entire product lifecycle by providing a closed loop quality environment that will optimize operational efficiency and help to drive out waste and scrap, allowing you to build a best-in-class manufacturing operation.

Manufacturing Execution Management is a sophisticated, highly scalable Manufacturing Execution System (MES) that delivers the ability to combine global production efficiency with quality and visibility, as well as production optimization, ultimately resulting in higher manufacturing responsiveness.

Our MES for Job Shop solution for the Mold, Tool and Die industry provides the ability to collect, aggregate, analyze, and display raw data to generate timely, actionable, in-context information by Integrating, contextualizing, and checking the accuracy of the data from the shop floor.

In-service Data Management solution for the Industrial machinery Industry addresses the need for providing capabilities to manage physical product and related information and processes, specifically, test data management, as-built, and as-maintained (serviced) and perform functions related to servicing those physical products.

In-service Data Management solution for the heavy equipment industry allows customers to manage the entire lifecycle of product configuration from concept to variants, from designed to manufacture and service.

Service Engineering and Support for the Industrial Machinery Industry lets you utilize existing product knowledge from design and simulation to determine service requirements, service plans, and service instructions, that need to be developed, validated and documented prior to the delivery of your product.

Service Engineering and Support solution for the Heavy Equipment Industry lets you utilize existing product knowledge from design and simulation, while incorporating the experiences and requirements from the field to determine service requirements, service plans and service instructions, that need to be developed, validated, and documented prior to the delivery of your product.

Service Operations for the Industrial Machinery Industry lets you coordinate maintenance activities from previously defined service plans and asset status or from service demands which enable service organizations to generate service work orders, schedule service events, assign service tasks, support service technicians with information and task orders, and track to closure all service work required and performed.

Service Operations for the Heavy Equipment Industry lets you work from previously defined service plans and asset status or from service demands which enable service organizations to generate service work orders, schedule service events, assign service tasks, support service technicians with information and task orders, and track to closure all service work required and performed.

Our Part Manufacturing and Quality solution offers a comprehensive set of fully integrated tools for part manufacturing, including CAD/CAM, robotics, CNC machining, CMM inspection and 3D printing.

The new norm for heavy equipment manufacturers is how to address massive, ever-increasing levels of complexity in machine design while improving the engineering process. Our portfolio helps you achieve high-performance design, simulation, and test, improving engineering accuracy and development productivity to address real industry issues.

Внедрение инноваций в планирование, разработку и производство может быть сложной задачей. С помощью решения для проектирования оборудования Advanced Machine Engineering, разработанного Siemens Digital Industries Software, ваша компания сможет быстрее пройти цифровую трансформацию и повысить производительность. Решение Advanced Machine Engineering позволяет добиться большей уверенности при разработке комплексного оборудования, сокращая сроки перехода к серийному производству с помощью методов виртуального проектирования и моделирования работы оборудования, что способствует выполнению предварительной проверки изделия, сокращению сроков ввода в эксплуатацию и повышению производительности.

Your customers need machines that will last and minimize downtown.  That means you need to engineer your machines to withstand multiple types of loads over millions of cycles to deliver the longevity your customers expect. Our simulation and testing solutions provide a complete and effective durability engineering process, from high-quality, automated load data acquisition and target setting, to load prediction on full product level, to stress and lifetime behavior assessment of components!

Siemens Digital Industries Software offers a comprehensive set of advanced vibration and acoustic simulation and testing solutions that can help you earlier predict the dynamic and acoustic performance of your machine, as well as determine the source and transfer path of noise in machines that are already in the field.

Engineer the thermal performance of your machines from the earliest stages of development. Siemens Digital Industries Software has thermal and energy solutions that can help you at every step of the development process, from 1D systems modeling to 3D coupled thermal-fluid simulation of cooling systems to simulation of how temperature will affect machine components.

Efficiency, flow rate, heat exchange, and controls are all critical performance criteria of HVAC systems like heat pumps, air conditioners and furnaces.  Siemens Digital Industries Software simulation and testing solutions give you the tools you need to determine if your HVAC system meets requirements for these criteria and more before you ever need to build a prototype.

Customers want HVAC systems to be as quiet as possible.  Reduce noise and vibration with a comprehensive set of advanced vibration and acoustic simulation and testing solutions that can help you earlier predict the dynamic and acoustic performance of your furnace, air conditioner or heat pump, as well as determine the source and transfer path of noise in systems that are already installed in buildings.

Rattle, whine, torsional vibration, rotor dynamics, and other noise and vibration issues are common in rotating machinery. Reduce noise and vibration with a comprehensive set of advanced vibration and acoustic simulation and testing solutions that can help you earlier predict the dynamic and acoustic performance of your machine, as well as determine the source and transfer path of noise in machines that are already in the field.

Engineer the thermal performance of rotating machines from the earliest stages of development. Siemens Digital Industries Software has thermal and energy solutions that can help you at every step of the development process, from 1D systems modeling to 3D coupled thermal-fluid simulation of cooling systems to simulation of how temperature will affect machine components.

Digital Markup, Augmented and Virtual Reality for the Industrial Machinery Industry is a lifecycle visualization and mockup technology allows design teams to immersing themselves in the virtual world of the product’s digital twin to create high-level digital prototypes comprised of thousands of parts and components.

Digital Mockup and Virtual/Augmented Reality for the Heavy Equipment Industry enables users to perform form, fit and function studies, as well as conduct design reviews by immersing themselves in the virtual world of the product’s digital twin to view and analyze the 3D model at the proper scale.

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Fleet Maintenance and Analytics Solution for Heavy Equipment builds on our remote diagnostic foundation to provide integrated analytics and fully integrated data management capabilities to predict fleet maintenance needs and provide field service teams with complete asset-specific information to minimize unplanned downtime.

Our Digital Powertrain solution for the Heavy Equipment Industry, provides manufacturers the tools to deliver the next generation of high-performance drivetrains.  By combining advanced simulation capabilities with best-in-class generative design software and electrification, we provide advanced capabilities that allow for increased efficiencies when managing multi-domain solutions.

Service Lifecycle and Analytics solution allows Industrial Machinery manufactures to utilize a modular machine design approach resulting in a product development process which produces decentralized and autonomous machines that are able to communicate with one another.  Service Engineers can then leverage IoT to collect information from the machinery in the field, the physical twin and combine this with engineering insight contained in the PLM system, the digital twin, to provide Machine manufacturers a competitive advantage.

Closed Loop Quality merges a collaborative PLM platform with Siemens Quality Management system, where quality documentation, data, analytics, and process can participate in the digital thread along with the product definition, manufacturing process information and other digital elements that make up the digital thread to support quality management throughout the manufacturing process.

Product and Portfolio Management for the Heavy Equipment industry delivers a comprehensive portfolio management solution that provides a single source of strategic direction, project information and assessment tools that you can leverage to better plan your product portfolio and drive project execution more effectively.

Production & Plant Optimization solution helps you unify global manufacturing teams, to work on the same machine requirements, models and manufacturing process plans while having the flexibility to meet local specs. In this collaborative environment, manufacturers who are either working to support an OEM or to deliver and install machines to end customers, benefit from better simulation and optimization of manufacturing planning, optimized design, and manufacturing processes, and manufacturing intelligence connected with product development.

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Our Next Generation Mold, Tool & Die Design solution leverages synchronous technology to efficiently work and modify Multi-CAD data and early validation of mold designs to create a competitive advantage by reducing part turnaround time and increasing quality in the final design.