Documents » analysis of product lifecycle management for metallurgical equipment.
Abstract: Today's usage of Decision Support Systems (DSS), combined with vetted PLM knowledge bases, allows organizations to save time and money, achieving better and more reliable/fully-documented decisions, a quantum improvement over the widely-used subjective process of selecting complex enterprise software...
Abstract: Product Lifecycle Management (PLM) addresses the full
lifecycle of a
product. The focus of most of the current PLM solutions, however, does not make the most of the value available from servicing products after they have been sold. Service
Lifecycle Management (SLM) promises valuable business benefits after a
product has been shipped to the customer, tapping into the value of the
product aftermarket.
PubDate: 6/11/2003
Abstract: The highly competitive product manufacturing market makes true product lifecycle management (PLM) inevitable. PLM helps companies map product requirements to features, obtain control over product data, preserve product knowledge assets, and enter into the new paradigm of modular product development.
Abstract: Industrial equipment manufacturers (IEMs) have been hit especially hard by today’s economy. But the industry has come back better than ever before by adopting new efficient manufacturing methods and new software and business processes that let them compete head-on, satisfying customer demands while reducing costs and raising margins. Learn about the methods industrial equipment manufacturers are using to stay competitive.
Abstract: To maintain a leadership position in the high-tech complex equipment industry, electronic equipment manufacturers need reliable solutions to improve order accuracy, optimize fulfillment, and increase revenue for value-added services. Does your solution quickly commercialize new technology, integrate software with systems, and differentiate those systems with value-added services? Find out about what you might be missing.
Abstract: In asset-intensive industries, the need for an overall equipment efficiency (OEE) system is driven by the need to capture real-time information. When equipment operation data is automatically collected and refined by the operator, the quality and quantity of data, and the ability to access and analyze it in a specific manner can greatly help to reduce costs and maximize productivity.
Abstract: National Equipment Services (NES), a leader in the equipment rental industry, experienced the concomitant growing pains associated with 47 acquisitions spanning an 18 month period beginning in 1998. In this case study, learn how NES saved $250,000 annually in payroll and administration costs.
Abstract: Learn how Manitowoc Beverage Equipment, a leading designer and manufacturer of ice and beverage systems equipment, streamlined its new product introduction and engineering change order processing.
Abstract: Since our research-driven beginnings, Johnson & Johnson Advanced Sterilization Products (ASP) has continually improved the new product development (NPD) process. Detailed process mapping has revealed three tiers of business metrics, starting with drivers and moving up through execution metrics to business performance metrics. When driver metrics improves, so does business performance. Six Sigma tools helps identify specific metrics at all tiers and the causality linkages among them. Each NPD process step at ASP results in a deliverable, and each deliverable relates to a trade-off triangle (cost-time-resources) and, ultimately, to investment dollars. To track performance, ASP calculates how actual NPD decisions and what-if scenarios affect deliverables, alter investment triangles, and thereby influence business results. ASP uses similar process and tools, including the investment triangles and Six Sigma QFD, to make idea management decisions. The IDweb real-time software environment enables both the NPD and idea management processes at ASP. By deploying the strategic planning, idea management, portfolio and pipeline management, process management, and resource management modules of IDweb, ASP has increased throughput by 20 percent and reduced cycle time by 40 percent.
Abstract: Computerized maintenance management system (CMMS). Enterprise asset management (EAM) system. Computer-aided facilities management (CAFM) system. Integrated workplace management system (IWMS). Each type of facility management solution offers different functionalities and features, and one may be better than another for your company’s needs. Learn more about the differences and how an integrated solution is a “must have.”
Abstract: A new trend is emerging in the world of storage management, and it’s called information lifecycle management (ILM). Just what it is, however, varies significantly from vendor to vendor. Generally, ILM is a strategy for policy-based information management. Its mandate: to provide centralized management of all information assets, aligning storage resources with the value of the data residing in them.
Abstract: Product lifecycle management (PLM) enables companies to manage all information regarding a product, from the initial design and engineering through to manufacturing, sourcing, support, and run down. Traditionally, enterprise resource planning (ERP) solutions have successfully managed manufacturing-related information, but have at best, limited integration to the engineering systems such as product data management (PDM). Learn how the Vantage manufacturing solution offers a complete end-to-end solution that manages all aspects of a product's life.
Abstract: Process manufacturers can no longer rely on purely reactive strategies to product safety. Now, reactive strategies such as lot tracking need to be incorporated into holistic strategies that include proactive measures to assess risk and prevent costly quality assurance (QA) events like product recalls. Learn how you can develop a product safety master plan that reduces risk, protects products, and improves profitability.
Abstract: An enterprise that wants to shift to a global product development strategy must invest in modern product lifecycle management (PLM) technology. Therefore, the PLM software market could be on the edge of a significant growth cycle.
Abstract: Industrial equipment manufacturers (IEMs) face fundamental changes to the way they do business. Combined with ailing economies and cash-strapped customers, the ability of IEMs to effectively manage their operations—and those of their supply chain partners—can determine success or failure. Get insight into the changing IEM customer market and the skills and tools you need to fully address these changes and challenges.
Abstract: Best practices in technology can help manufacturers of complex products and equipment get their offerings to market more quickly and profitably by enabling them to become more cost effective and efficient. But there are still challenges to be overcome, due to product life cycle complexity. Discover the best practices that can help you make the product and make it right, on time, and within budget—while making a profit.
Abstract: American Crane & Equipment Corporation (ACECO) designs and manufactures electric overhead traveling cranes. Managing and tracking custom projects for accurate job costing is key—but ACECO’s legacy system involved labor-intensive, manual manipulation of data. ACECO saw that real-time job cost data was vital to operational performance. It found a solution with integrated functionality for all process operations. Learn more.
Abstract: Industrial equipment manufacturers and maintenance, repair, and operations (MRO) distributors can’t afford to miss bidding deadlines, delivery dates, product specifications, or service level agreements. They also can’t afford the penalties of non-compliance with regulations. Learn how some businesses are leveraging integrated enterprise infrastructures to maximize profits while minimizing exposure to risks.
Abstract: Industrial equipment manufacturers have historically embraced shop floor improvements as a way of increasing efficiency and maintaining profitability. But in today’s radically altered industrial environment, there is a clear imperative to look beyond the shop floor. To hold down costs and compete against other low-cost companies, manufacturers must find areas of improvement in all aspects of business.
Abstract: Industrial equipment manufacturers have historically embraced shop floor improvements as a way of increasing efficiency and maintaining profitability. But in today’s radically altered industrial environment, there is a clear imperative to look beyond the shop floor. To hold down costs and compete against other low-cost companies, manufacturers must find areas of improvement in all aspects of business.