在质量方面，将会在产品规划、开发和构建阶段进行重要的流程优化。
APQP（高级产品质量规划）参考手册中描述了产品创建阶段，其中包含系统构建和开发配置、原型和生产阶段。</>
高级产品质量规划不仅在规划、产品设计和开发、流程设计和开发、产品和流程验证以及连续生产阶段发挥着作用，还在反馈、评估和纠正措施中发挥着作用。 坚持使用该计划，可以加快开发流程并优化团队合作。
Quality Planning / Advanced Product Quality Planning
Optimize product quality planning to enable cost savings and increase product quality
Quality Planning / Advanced Product Quality Planning
在质量方面，将会在产品规划、开发和构建阶段进行重要的流程优化。
APQP（高级产品质量规划）参考手册中描述了产品创建阶段，其中包含系统构建和开发配置、原型和生产阶段。</>
高级产品质量规划不仅在规划、产品设计和开发、流程设计和开发、产品和流程验证以及连续生产阶段发挥着作用，还在反馈、评估和纠正措施中发挥着作用。 坚持使用该计划，可以加快开发流程并优化团队合作。
Advanced Product Quality Planning is made up of powerful features that allow you to build a custom solution. Read more about these features below.
Advanced Product Quality Planning (APQP) & Project Management
Optimized product quality planning with APQP supports a structured method of defining and initiating the necessary process steps. This systematic approach increases product quality, improves customer satisfaction, and shortens development time. APQP project management supports the complete product development process, across all areas of the company. The user can navigate through the phases of product development from prototype and pre-series tooling to serial production in accordance with Automotive Industry Action Group (AIAG) and Aerospace standards. Overall project assessment, from the milestones to the individual activity phases, is shown in the form of a Gantt diagram that supports an efficient time scheduling approach and clearly displays pending tasks, their assignments, and upcoming events (Milestone or Q Gate). The checklists can be managed as a part of the overall project plan to monitor the relevant tasks and to ensure that you can develop products that meet customer requirements.
Control Plan
The control plan is a central element of advanced product quality planning (APQP) and provides standardized documentation of scheduled actions for successful process monitoring. A Control Plan displays all major process steps and quality inspections and provides links to their respective characteristics.
Failure Mode & Effects Analysis (FMEA)
Failure mode and effects analysis (FMEA) is a methodology that allows companies to assess risks associated with possible product failure. The damage caused by potential defects can often be linked to increased warranty costs, impaired product functionality and safety, and an inability to meet required industry standards, among other potential consequences. An advanced FMEA solution is one of the most important tools a company can use to avoid product defects and process errors.
Production Part Approval (PPAP) Management
To ensure the quality of delivered parts, suppliers demand compliance with the respective norms. This affects the choice of supplier, first sampling, and quality performance across the whole series. First Sample Inspection enables comfortable and efficient planning, creation and administration of first sample inspection reports in accordance with VDA and other standards.
精选客户成功案例
Rees Zerspanungstechnik
Precision turned parts and assemblies manufacturer uses Opcenter Quality to reduce costs, complaints and the duration of cycle loops
Siemens Digital Industries Software solutions help Rees achieve continuous process improvement with streamlined quality processes and transparency.
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