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The curve analysis tool in the graphitization furnace operating interface transforms process data into productivity.

return Source:YuanHang
The curve analysis tool in the graphitization furnace operating interface transforms process data into productivity.
Glance over:- Release date:May 20, 2026【Big In Small
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Curve Analysis Tool: Turning Process Data into Productivity

La"&"st year, a long-time user said that after implementing a new set of process parameters, the product qualification rate was actually lower than before. I asked him to pull up the process curves from the most recent batches, and he was stunned when he opene"&"d the screen—a dozen or so lines were densely packed together. I told him, don't worry, our system's curve analysis tool is exactly what it does.

Curve Overlay Comparison

It can overlay and displa"&"y temperature curves, pressure curves, and power curves from different batches and time periods on the same interface.

What exactly are the differences between the new and old processes? By overlaying two temperature curves, it's immediately clear whe"&"ther the heating rate has changed, whether the insulation platform shape is correct, and whether the cooling slope is consistent. Comparing batches with abnormal quality with normal batches quickly pinpoints the stage at which the problem occurred.

Time Axis Zoom and Virtual Cursor

The system provides a time axis zoom function—zoom out to see the whole picture, zoom in to see details. Combined with the virtual cursor, when the mouse moves on the curv"&"e, the temperature, pressure, and power values at any time point are displayed in real time, accurate to several decimal places. Increased data analysis precision leads to more reliable conclusions.

Interval Statistics<"&"/h3>

Select a time period on the curve, and the system automatically calculates the maximum, minimum, and average values within that interval. When comparing two heating strategies, simply select the heating stage for each, a"&"nd the system will immediately provide key indicators such as the average heating rate and maximum temperature deviation. This data can also be directly referenced in reports. **Three Major Application Scenarios** **Process Optimization:** Whether cha"&"nging a parameter is beneficial or not, let the data speak for itself, not just your gut feeling. **Quality Traceability:** When customers complain about product issues, retrieve the complete process curve for the corresponding batch to accurately pinpo"&"int the problem. **Equipment Health Management:** Maintaining the same temperature requires increasingly higher power, indicating that the insulation material is aging and maintenance needs to be scheduled. **Summary:** Data that is recorded but not u"&"sed is lifeless; only by using tools to analyze it can it become a living resource guiding production.

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