ESC-HTO72-T6
For heating-curve stability checks, first define the measurement positions and the ramp, hold and cooling records to be compared. Evaluate overshoot, differences between starts and sample response rather than judging stability from the hold curve alone.
For ramp stability, check overshoot, differences between starts and sample response rather than examining only the hold curve.
Define control accuracy and temperature uniformity separately. Controller-sensor fluctuation cannot represent the difference between locations in the usable workspace.
Place sensors for the thermal load of parts, fixtures and trays; record ramp overshoot, stable hold and cooling. Use an empty-chamber curve only as a baseline.
Maximum temperature class is not a sample recipe. Check the limits of materials, vapours, fixtures, seals and sensors individually.
Verify that the actual load does not block circulation paths; for thermal-shock-sensitive materials also check ramp rates and temperature gradients within the sample.
Record the initial sample condition, loading layout, recipe version and raw measurements. Agree the acceptance endpoint before the trial; repeat at challenging load positions and compare the finished material result.
Candidate models in the current catalogue: ESC-HTO100-T6, ESC-HTO1000-T6, ESC-HTO150-T6, ESC-HTO270-T6. These are comparison candidates, subject to the process checks above.
The following specifications apply only to the models listed: