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Capture golden oven and cooling samples

A wireless temperature logger used to record golden reference samples for oven heating, cooling and finished-part quality.

PiatIQ measures the air temperature inside the mould, so you stop heating at exactly the right moment.

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PiatIQ mould temperature kit
PiatIQ mould temperature kit
Why it matters

Cure is a guess

Oven time is fixed, but the air temperature inside the mould is never measured part by part. PiatIQ gives you the measured reference to work from.

  • BeforeFixed oven time. The air inside the mould is never read, so cure is a guess.
  • With PiatIQA probe measures the air inside the mould every cycle, part by part.
Without PiatIQWith PiatIQ Oven time: fixed ? Air temp inside: ? 218 °C · measured Air temp: measured every cycle
What PiatIQ does

PiatIQ: capture golden oven and cooling samples

Internal air temperatureCycle time REC · Golden sample, approved part Heating curve Cooling curve ✓ Within the golden window
Illustration: one golden sample, then production cycles measured against it (sample curve)
  1. 01
    Golden sample captureRecord the reference temperature profile for a quality-approved part.
  2. 02
    Oven temperature profileMeasure the heating curve throughout the oven stage.
  3. 03
    Cooling temperature profileRecord the cooling curve until the part reaches the required condition.
  4. 04
    Quality benchmarkCompare production cycles with the golden sample to identify temperature-related quality variation.
PiatIQ case study

Read the temperature curve. Control the cycle.

PiatIQ captures the real internal-air temperature inside the mould so your team can compare every production cycle against a quality-approved golden sample.

Approved peak window Internal air temperature Cycle time HEATING COOLING Golden sample PIAT PEAK · 218 °C Slower ramp Repeatable cool
Illustration: one PiatIQ cycle vs the golden sample (sample curve)

How to read a PiatIQ cycle chart

Use the three stages below to confirm that heating, peak internal air temperature and cooling match the approved process window.

  1. 01
    HeatingThe rising curve shows how the air inside the mould responds while it is in the oven. Compare the ramp with the golden sample to spot slow or uneven heating.
  2. 02
    PIAT peakThe highest internal-air temperature is the quality reference point. Reaching the approved PIAT confirms the mould has received the required heat.
  3. 03
    CoolingFollow the cooling curve until the part reaches the required condition. A repeatable cooling profile protects part quality and cycle time.

Temperature evidence from the mould

Compare these reference traces with production data to identify variation early and maintain a repeatable process.

HeatingPIATCooling
Cycle trace — heating, PIAT peak and cooling in one view.
Within window GoldenThis cycle
Golden-sample comparison — use a stable reference to check each cycle.
CH 4 runs cold 4 mould channels
Channel comparison — find temperature variation between mould channels.

Use the golden sample as the temperature and quality reference for every arm, mould and cycle.

Golden sample

Every arm

Check each arm against the same golden profile.

Every mould

One measured reference per mould, not an assumption.

Every cycle

Compare each production cycle with the golden sample.

Pairs withRotoSight: IoT plant monitoring for rotomouldingA clear view of every arm, cycle, reject and kg of gas.

PiatIQ

What is the air inside your mould really doing?

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