Innovation et gestion de programmes synchronisée et collaborative pour les nouveaux programmes
Increasing global competition, market demands, and regulatory mandates require industrial machinery companies to continuously innovate and optimize their products while delivering maximum uptime. Our Service Engineering and Support solution 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.
Increasing global competition, market demands, and regulatory mandates require industrial machinery companies to continuously innovate and optimize their products while delivering maximum uptime. Our Service Engineering and Support solution 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.
Many industrial machinery manufacturers find themselves facing an increasing number of new requirements, such as the demand for more flexible machine tool designs that can be rapidly adapted to new products, as well as for machines that can be easily integrated into existing plants The market not only expects maximum uptime on a day-to-day basis but also to remain productive for years.
Product as a platform for service is a business model growing in strategic importance to machinery manufacturers who provide complex, long life products to the market. It provides the chance for increasing and stabilizing revenue and profit streams while securing customer loyalty. This machinery service model business approach requires a greater understanding of product performance and planning for service during product development, asset and service knowledge management, and usage to support efficient equipment service operations.
Our solution allows you to conduct Service planning which is based on product allowable configurations, RAM and FMEA analysis, and simulation of product and service. By Utilizing product knowledge from design and simulation to determine service requirements, service plans including instructions can be developed, validated, and documented prior to delivery of product.
Explore the key areas of this solution.
Conduct machine service analysis with 3D models and virtual service time analysis including RAM features of assembly and service of the product.
Reliez les personnes et les processus à travers les silos fonctionnels grâce à un fil conducteur numérique pour la gestion du cycle de vie des produits, afin que chacun puisse prendre les meilleures décisions concernant les produits.
Define machine spare parts and the creation of a spare part catalog leveraging visual reporting.
Create detailed service plans with requirements, resource needs and procedures based on equipment configurations and analysis.
Create digital machine mockups to allow non-CAD users to analyze large models and visualize and investigate product design data.
Author and publish structured (XML) service documents content and documentation based on machine source knowledge to diverse media, language, and uses.
Generate, manage and share the as-built bill of material (BOM) of your physical assets for product verification, and for documentation of deviations, warranty claims and compliance.
Establish machine service needs and performance targets as requirements to guide design, test, and service.
Define the machine service process and alignment of service tools including the definition of the inspection space.
Define machine spare parts and the creation of a spare part catalog leveraging visual reporting.
Create detailed service plans with requirements, resource needs and procedures based on equipment configurations and analysis.
Establish machine service needs and performance targets as requirements to guide design, test, and service.