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61～90 item / All 106 items
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Utilization of 3D CAD data design knowledge for shipbuilding
Transform dormant 3D CAD data into a knowledge asset that can be used for shipbuilding design decisions.
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Cost reduction for prototype automotive parts and similar shape search.
Strengthening pre-production examination of automotive parts through similar shape search to reduce costs.
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Collaboration with automotive parts suppliers and utilization of 3D CAD data.
Facilitating the collaboration of design data with automotive parts suppliers through the use of 3D CAD data.
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Modularization of automotive parts and reuse of design data.
Streamlining the development of derivative models of automotive parts through modularization and reuse of design data.
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Streamlining the compliance requirements check for automotive parts design.
Streamlining the checks for automotive parts-specific regulations and certification requirements starting from 3D CAD data.
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Sharing and utilizing automotive parts design knowledge across locations.
Share automotive parts design knowledge between bases to prevent the repetition of the same considerations.
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Support for Reducing Rework for New Automotive Parts Designers
Even a new designer of automotive parts can reduce rework by designing with past issues in mind.
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Reduction of estimated cost examination through similar shape search for automotive parts.
Accelerating the estimation and rough cost analysis of automotive parts through similar shape search.
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Efficiency improvement in automotive parts inspection and utilization of 3D CAD data.
Streamlining the inspection of automotive parts by utilizing 3D CAD data to standardize quality assurance.
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Cost reduction effects of rework in automotive parts design.
Visualize the costs associated with design rework of automotive parts and make it easier to explain the reduction effects to management.
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Collaboration of PLM in automotive parts and utilization of 3D CAD data
Integrating automotive parts PLM with 3D CAD data to eliminate the fragmentation of design information.
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Development of young automotive parts designers and utilization of knowledge.
Accelerating the development of young automotive parts designers by leveraging knowledge from 3D CAD data.
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Standardization through the reuse of design data for automotive parts.
Promote parts standardization by reusing automotive parts design data and collaborating with the purchasing department.
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Streamlining the compliance check for automotive parts design standards.
Streamlining the compliance check for automotive parts-specific standards starting from 3D CAD data.
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Utilization of Similar Shape Search for the Automotive Parts Production Technology Department
Utilizing past assets through similar shape search for the design of jigs and equipment for automotive parts.
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Shortening design time by reusing automotive parts design data.
Reuse design data for automotive parts to shorten the period from design to production preparation.
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Improving quality through automated requirement checks in automotive parts design.
Automate the checking of automotive parts design requirements to be faster and more reliable.
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Utilization of automotive parts design knowledge 3D CAD data platform
Conveying automotive parts design knowledge in a way that can be understood by younger generations, starting from 3D CAD data.
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Reducing Rework in Automotive Parts Design: Utilizing 3D CAD Techniques
Preventing design rework of automotive parts by utilizing 3D CAD data.
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Utilizing design assets through 3D CAD similar shape search for automotive parts.
Efficiently reuse past automotive parts design assets through similar shape search.
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Utilization of 3D CAD data design knowledge for automotive parts.
Transform dormant 3D CAD data into a knowledge asset that can be used for automotive parts design decisions.
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Cost reduction of automobile prototypes and similar shape search.
Enhancing pre-prototyping discussions for automobiles through similar shape searches to reduce costs.
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Collaboration with automotive suppliers and utilization of 3D CAD data
Facilitating the collaboration of design data with automotive suppliers through the use of 3D CAD data.
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Modularization of automobiles and reuse of design data
Streamlining the development of automotive derivatives through modularization and design data reuse.
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Streamlining the compliance requirements check for automobile design regulations.
Streamlining the checks for automotive-specific regulations and certification requirements based on 3D CAD data.
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Sharing and utilizing automotive design knowledge across locations.
Share automotive design knowledge between bases to prevent the repetition of the same considerations.
last updated
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Support for Reducing Rework for New Automotive Designers
Even new automotive designers can reduce rework by designing with past issues in mind.
last updated
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Reduction of estimated cost review time through similar shape search for automobiles.
Accelerating the estimation and approximate cost analysis of automobiles through similar shape search.
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Improving the efficiency of automobile inspection and utilizing 3D CAD data.
Streamlining the automobile inspection process by utilizing 3D CAD data to standardize verification quality.
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Cost reduction effects of automotive design rework.
Visualize the costs associated with automotive design rework and make it easier to explain the reduction effects to management.
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