새로운 프로그램을 위한 혁신적이며, 협업이 가능한 동기화된 프로그램 관리
Our design output management solutions for orthopedic and dental device manufacturers provide engineering teams with a solid and integrated approach to lifecycle management. By syncing supplier management and multi-disciplinary engineering data management into one unified platform, all requisite data is housed within a single, efficient environment. The end results are cost-effective, error-proof design and manufacturing processes, and ultimately, best-in-class medical devices.
Our design output management solutions for orthopedic and dental device manufacturers provide engineering teams with a solid and integrated approach to lifecycle management. By syncing supplier management and multi-disciplinary engineering data management into one unified platform, all requisite data is housed within a single, efficient environment. The end results are cost-effective, error-proof design and manufacturing processes, and ultimately, best-in-class medical devices.
The medical device industry continues to become more and more competitive, and devices that deliver innovation through the use of new materials, personalization, and advanced manufacturing methods are becoming the norm. However, there are increased risks of design control errors with these sophisticated, more complex device designs during product development, especially when sourcing from global suppliers. The release of the engineering design outputs must be correctly globally synchronized, integrated, and tested.
Our design output management solutions for orthopedic and dental devices enable companies to efficiently synchronize all data, domains, and functional areas, including secure supplier collaboration, providing a scalable, best-in-class platform for integrating outputs from all engineering disciplines.
Create specifications, analysis reports, illustrations, spreadsheets, test results, and technical publications that are aligned with medical device changes to reduce the time and cost of development, while improving document accuracy and effectivenness.
Bring together mechanical computer-aided design (MCAD) data into a single product data management (PDM) environment to improve engineering productivity. Incorporate data into multi-CAD assemblies or product designs to automate engineering change, validation, and approval processes to improve speed cycle time and medical device quality.
Efficiently manage and share CAE & system simulations to all your med-tech decision-makers to better understand product performance to deliver innovations faster and with greater confidence.
Close the loop on device requirements by capturing and associating verification and validation results with while enabling focused testing.
Bring together mechanical computer-aided design (MCAD) data into a single product data management (PDM) environment to improve engineering productivity. Incorporate data into multi-CAD assemblies or product designs to automate engineering change, validation, and approval processes to improve speed cycle time and medical device quality.