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A Powerful Tool for Process Optimization: Detailed Explanation of Process Curve Analysis Function for Graphitization Furnaces

return Source:YuanHang
A Powerful Tool for Process Optimization: Detailed Explanation of Process Curve Analysis Function for Graphitization Furnaces
Glance over:- Release date:Mar 18, 2026【Big In Small

I. Powerful Curve Analysis Function

  • Supports Overlay Comparison: The system software supports overlaying and comparing process curves from different batches and different time periods (such as temperature curves, pressure curves, power curves) on the same coordinate interface. You can easily compare subtle differences between current production and previous production, or between experimental processes and standard processes.

  • Convenient Local Operation: All these analysis operations can be performed directly on the equipment's touchscreen without exporting data to a computer, facilitating quick on-site diagnosis.

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II. Core Analysis Tools

  • Timeline Zooming: Freely zoom in, zoom out, and drag the timeline to focus on analyzing any specific stage of the process (such as heating stage, holding stage).

  • Cursor Reading: By moving a virtual cursor on the screen, you can accurately read specific values (time, temperature, etc.) at any point on the curve.

  • Interval Selection and Analysis: You can select a specific time interval, and the system automatically calculates statistical information such as maximum value, minimum value, and average value for that interval. This is crucial for analyzing temperature stability during the holding stage.

III. Typical Application Scenarios

  • Process Optimization: Overlay and compare curves of old and new processes to visually evaluate optimization effects (such as faster heating, more stable holding).

  • Quality Issue Tracing: When quality problems occur with a certain batch of products, call up its production process curve and compare it with normal batches to quickly locate anomalies (such as sudden temperature drops, abnormal pressure fluctuations).

  • Equipment Status Monitoring: By comparing power curves under the same process at different times, you can indirectly assess status changes of heating elements or insulation layers.

  • The above technical article is exclusively written by Yuanhang Industrial Furnace Company. Reproduction is prohibited.