Tag Archives: Siemens

Updates from Siemens

Digital Enterprise Industry Solutions for Automotive OEMs
Siemens – Automotive OEMs are remaking themselves in an era of digital disruptions across the industry. Product complexity, technological change, and increasing competition places pressure on OEMs to innovate faster. Leading automakers are increasingly using systems engineering processes that span the domains of mechanical, electrical and software functions to realize the innovation needed for next-gen cars.

Siemens PLM Software solutions are built on open standards to allow for seamless integration across disciplines. This gives automakers the flexibility to digitalize product development, enabling everyone to access a car’s digital twin. more>

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Updates from Siemens

Swiss furniture maker produces innovative seating and tables following Industry 4.0 concepts
Girsberger – Since Girsberger AG’s development of an infinite height adjustment mechanism for stools patented in 1910, the company has been turning out novel and often groundbreaking seating solutions. Since it was established as a wood turning shop in Zurich, Switzerland, in 1889, the furniture manufacturer has been producing innovative seating and tables with outstanding ergonomics, resilience and durability for offices as well as dining rooms.

To remain internationally competitive with this portfolio in a country such as Switzerland with its high infrastructure and labor costs as well as an adverse exchange rate is in itself quite a challenge.

“Combining sophisticated, original design and functionality with maximum practical benefits, we create tomorrow’s classics,” says Michael Girsberger. He is heading the Switzerland-based group with subsidiaries in the European Union and Turkey in the family’s fourth generation. “This requires an uncompromisingly honest use of materials as well as precision in manufacturing with high craftsmanship.” more>

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Updates from Siemens

Solutions for Semiconductor Equipment Product Lifecycle Management
Siemens – To be successful in the marketplace, semiconductor equipment companies must provide innovative semiconductor process solutions to chip makers at low cost and with leading-edge features, superior quality and reliability. The architectural elements of these process solutions are mechanical functions, electrical controls and software-driven electronics.

To keep up with the increasing complexity of these elements, diverse customer needs, and strong competition amid rapid technological change, semiconductor equipment makers must consistently and successfully invest in product and process research and development (R&D), and maximize the R&D productivity.

To increase R&D productivity and avoid wasteful investments, equipment makers must effectively collaborate with semiconductor ecosystem partners, such as foundries and chip makers. The equipment makers must reduce cost through smart sourcing or outsourcing in a global electronics supply chain. To tackle the product complexities, they must implement a modularized product development strategy based upon a common platform with a well-defined technology roadmap and interfaces. more>

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Updates from Siemens

Product Realization for Aerospace and Defense
Siemens – Aerospace companies need to win business in an environment that is increasingly competitive, both locally and globally. This requires proving your ability to meet target dates and costs in production while delivering products that meet customer requirements. Increasing demand in some sectors, such as commercial aircraft, drives a requirement for higher levels of productivity. You have to take advantage of new materials and processes to build the most competitive products.

The Product Realization solution from Siemens PLM Software provides aerospace OEMs and suppliers a process-driven aerospace manufacturing solution to enable manufacturing decision-making earlier in the lifecycle and integrate manufacturing considerations throughout each phase of the lifecycle.

This closed-loop solution supports early manufacturing planning during the program pursuit and bid process to identify and mitigate risks that could impact overall program affordability. You can verify manufacturing processes, tooling and work instructions virtually, prior to committing hardware. more>

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Updates from Siemens

On-Trend, On-Time Fashion Design Software
Siemens – Product innovation is critical in every industry, whether it’s automotive, aerospace and defense, consumer goods, or retail. But in the “fast fashion” retail market, innovation needs to happen constantly, as customer preferences and needs for apparel, footwear and accessory goods change. The challenge is keeping up with this demand, whether you discover it on a trip to Milan or through a social network, and filtering the best ideas into a pipeline of new styles that hits the market at the right time and in the right place.

Siemens PLM Software’s solutions for apparel, footwear and accessories provides buyers, designers, technical designers, merchandisers and senior management with a central location to capture new trends, collaborate across the supply chain, and effectively manage the fashion product development process, so your company always goes to market with the optimal assortment of new styles.

You are provided with fashion design software that incorporates decision support, integrated specification management, and value chain collaboration with secure, global access for your entire team. Manufacturers and their supply chain partners are able to collaborate to deliver new styles that customer want, when they want them, and have visibility to emerging risks and opportunities. This ultimately leads to efficiencies that deliver new fashions — whether clothing, footwear or accessories — to the market that are on-trend, and on-time. more>

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Updates from Siemens

Product Realization for Aerospace and Defense
Siemens – Aerospace companies need to win business in an environment that is increasingly competitive, both locally and globally. This requires proving your ability to meet target dates and costs in production while delivering products that meet customer requirements.

Increasing demand in some sectors, such as commercial aircraft, drives a requirement for higher levels of productivity. You have to take advantage of new materials and processes to build the most competitive products.

Efficient manufacturing within budget and schedule targets is an operational imperative for successful aerospace and defense companies. “Program Execution Excellence” is the Siemens PLM Software perspective on how leading aerospace and defense companies can effectively deliver consistent execution with customers and their suppliers during product realization. more>

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Updates from Siemens

Closed Loop Quality Management for Electronics
Siemens – Optimize and simplify business processes by standardizing and unifying quality related processes and workflows throughout your entire organization.

Quality planning begins during the engineering and design process of your product, and continuous with quality control during the manufacturing of the product.

With the collection of quality data from design and production you are able to initiate the problem solving process and improve your product and your manufacturing processes continuously and sustainably.

The Plan-Do-Check-Act (PDCA) cycle describes the four phases of the continuous improvement process (CIP) and is the basis for the Siemens PLM quality philosophy. more>

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Updates from Siemens

What is Synchronous Technology?
Siemens – Synchronous technology enables you to rapidly create new concept designs, easily respond to change requests, and make simultaneous updates to multiple parts within an assembly. Re-using designs, working with imported data, making changes…synchronous technology helps you do the things you do all the time—faster and easier.

Synchronous technology allows you to rapidly create new concept designs, easily respond to change requests, and make simultaneous updates to multiple parts within an assembly. With this design flexibility, you can eliminate cumbersome preplanning and avoid feature failures, rebuild issues, and time-consuming rework. The power of synchronous technology also allows you to treat multi-CAD data just like native files, supporting seamless collaboration with suppliers and partners. more (pdf)> eBook

Updates from Siemens

Laboratory Management
Siemens – Consumer interest in the quality of products has increased drastically, including how a product might affect consumer health, the demand for high quality ingredients, the quality production processes and sustainability. Government and non-government organizations are responding with new regulations. The digitalization of laboratory processes will ensure the verification and quality of product and production and will provide companies the ability to accelerate new product introduction.

Laboratories worldwide are under enormous pressure to do increasingly more work with fewer employees and at lower cost. This situation is emphasized by the fact that regulations are becoming more complex and stringent. Products released on the market need to be labeled as safe for human consumption and consumers have high expectations for the products they consume.

Quality Control (QC) labs have to ensure overall product conformity and quality at the lowest cost. R&D labs are the source of innovation in a company and support the acceleration of new product introductions. Product quality data needs to be correct, secure and available at any time. more>

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Updates from Siemens

Automotive Software Development
Siemens – Embedded software is driving remarkable new business opportunities in the automotive industry and fueling innovation in connectivity, electrification, and autonomous vehicle development.

However, managing automotive software development complexity is a big challenge. The complexity is driven by the difference between mechanical and software system product development approaches. Most automotive programs are managed in a three- to five-year cycle.

They follow a gate-based development paradigm with strict checkpoints and certifications. Software development, on the other hand, is incredibly fast paced, as it follows agile processes where collaboration and rapid innovation is key.

Typically, development of mechanical and electrical systems are managed within product lifecycle management (PLM) tools, whereas software development is managed with application lifecycle management (ALM) tools. The challenge is to combine these two inherently different product development methodologies. Software and hardware engineers working on their respective ALM and PLM applications must be able to access information across all the lifecycle related processes.

Hardware and software integration and co-development is a major challenge and a key contributor to quality issues, launch delays, and recall related penalties. more>

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