Nexplant Analytics
Fully utilize your data for enhanced crisis preparedness
Solve chronic product and equipment failures
Major Services
- How can Nexplant Analytics deliver higher quality manufacturing?
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React quickly
Be aggressive in resolving quality issues in your manufacturing facility. Quickly understand the problem, from accurately categorizing failure patterns using machine learning, to various algorithms to help you find the root cause of failures, and cross validation that filters the specific effectiveness factor.
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Get results fast
Get the most out of your data with high performance parallel computing analytics and solutions. You can even use multi-dimensional search analytics to visualize manufacturing problems and find solutions.
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Create high quality analytical reports seamlessly
Create high quality, easy to read analytics reports regardless of an individual engineer’s experience. Field engineers can reduce up to 80% of their time spent on analytics work, letting them work more productively onsite.
Videos
Gain insight. Prevent chronic product failures with big data analytics.
Use Cases
Unleash the possibilities of Nexplant Analytics
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Detect failures right awayNotice a sudden yield drop in wafer fabrication? Engineers can use quality data analytics from the past to find the root cause and take preventative measures to preserve quality. -
Analyze problems and act fastWhen repairs numbers increase during a specific period, engineers can use advanced analytics to direct top quality products to key customers and increase quality inspections.
Features
Take a closer look
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Map pattern analyzer
Analyzes and classifies failure patterns based on clustering.
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Root-cause analysis
Analyzes big data to find the root cause of equipment failures and quality degradation.
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Unmanned analyzer
Automatically creates analytics reports in a significantly shorter amount of time using big data.
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Key sensor classifier
Classifies critical sensor profiles to detect root causes of quality degradations in real time.
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Machine diagnosis
Diagnoses machine anomalies based on the machine’s aging model.
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Health prognosis
Analyzes profile clustering and explores unique/similar patterns and motifs.
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Profile pattern explorer
Analyzes profile clustering and explores unique or similar patterns.
Specifications
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Platforms
Linux Multi Node
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Database
Oracle, MySQL, PostgreSQL, Maria DB
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Software Requirements
JVM 1.7 or above, Hadoop 2.0, Scala
Related Offerings
Find out more about our offerings
Various services will be provided by freely utilizing 3D data from different devices. Users can realize innovation in work environments.
Nexplant PLM can provide efficient collaboration tools for project managers, which accelerates the product launching. By integrating the project development projects in the entire supply chain (e.g. OEM), every participants can be provided with the same information.
Product design and verification can be completed more swiftly through the auto-implementation of CAE and simulation analytics. As products become more complicated and processes more refined, such requirements can be dealt with through automation/optimization based on data while accelerating the production speed.
The most optimized automatic equipment control enables to quickly respond to sudden changes of products. While enhancing productivity and reducing downtime, the quality can be maintained at efficient costs.
The optimized management will be available throughout the entire life cycle of asset from purchaing factory equipment to operation, maintenance and discharging. By linking information real time and accurately analyzing the information, users can secure the predictability of the process and the transparency in the status of asset.
This is the most optimized solution that manages PCs on site in an integrated manner by controlling unauthorized software, blocking security threats, and deploying the central control of work systems.
Whether you’re looking for a specific business solution or just need some questions answered, we’re here to help
