The world of manufacturing is rapidly changing, driving the demand for effective part manufacturing and streamlined data management to meet ever-evolving market needs. In times of global disruptions, the importance of maintaining a flexible and highly efficient part production process becomes even more critical. Today, we’ll explore strategies to enhance part manufacturing systems and data management practices, empowering businesses to thrive in modern manufacturing environments. Customer expectations for faster turnaround times are putting pressure on machine shops, forcing them to rethink how products are brought to market…
Challenges from many directions
- Fierce competition
- Compressed lead times
- Increased part complexity
- Mass customization
- Rigorous quality standards
- Talent shortage.
Manufacturing companies try to save time in programming and accelerate machining processes, They also try to maximize resource utilization (automation, lights-off machining, free up capacity), while reducing costs and achieving the required quality, and at the same time, expanding their manufacturing capabilities in order to grow the business.
But they often use standalone systems for each step of the process, such as design or model preparation, CNC and CMM programming. Relying on these conventional manufacturing methods, involves multiple data transfers and lack of control of the manufacturing data, which leads to a disconnected process chain. The process can contribute to:
- Reduced productivity (due to manual input)
- Inefficiency resource utilization (due to machine downtime)
- Part quality issues (due to disconnected quality inspection)
Then using these traditional production processes to run complex manufacturing are not sufficient to stay ahead today.
Siemens Part manufacturing solution provided a scalable and modular set of integrated applications for full process. From part model preparation to machining, CAM, shop floor connections … etc
Siemens’s solutions provided single platform for all roles in Part manufacturing process
- Role 1 – Project Manager: Documentation, Schedule, Tasks & Status review
- Role 2 – Work preparation: Build linked pre-machined part
- Role 3 – NC programmer: Build NC data & Shop docs
- Role 4 – Machine operator: Consume NC work package
- Role 5 – CMM programmer: Inspection programmer & quality report
- Part revision handling
The benefits of an integrated solution platform
- A single integrated solution from Design through Tooling, Manufacturing & Inspection
- Faster development: no delays, translations, or data re-creation between stages
- One master data format for all applications
- Cross discipline visibility for better communication & collaboration
- Part manufacturing data management
- Associative data accelerates, simplifies changes
- Connects the shop floor to work packages with traceability
- Lower administrative costs, one common UI , one vendor
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