Safely Reduce Cooling Time

Safely Reduce Cooling Time

15.2% increase in output due to

reliable reduction in cooling time

Smart Plastify has replaced the fixed cooling time with state-based demolding approval using Moldsonics.

The component is opened when it is physically ready—not only after a safety buffer expires.

   Cooling time

   30 s → 14–15 s

 

   Cycle Time

   103.8 s → 88 s

 

   Output

   +15,2%

 

CHALLENGE

Cooling time is the parameter that no one touches anymore.

It is set with a safety margin during sample approval. Years later, the production department continues to pay for this margin—because reducing it seems risky: delays, scrap, and customer complaints.

 

SOLUTION

Moldsonics detects when the part is truly ready.

The sensor detects the physical moment of demolding in the mold. The cooling time is controlled based on the current state; the fixed time remains only as a safety limit.

 

Measured during production.

 Before

   – Fixed cooling time: 30 s

   – Cycle time: 103.8 s

   – Hidden safety buffer

   – Reduced cooling time = risk

 Afterward

   ✓ State-based cooling time: 15 s

   ✓ Cycle time: 88 s

   ✓ Defined safety window

   ✓ Reduced cooling time = controlled increase in output

+15.2% increase in output per machine

THIS IS RELEVANT WHEN

They suspect that there is a hidden cooling buffer.

 

   – The cooling time was set at the time of sampling and has not been adjusted since then.

   – Thick-walled parts limit your cycle time.

   – Operators avoid shortening the cooling time because the risk of scrap is unclear.

   – Variations in materials or processes require safety margins.

Learn how fixed cooling times in production were replaced by condition-based cooling.

Download the Smart Plastify use case, including measurement data, setup, and results: The cycle time was reduced from 103.8 s to 88 s.

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4020 Linz, Austria

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Visualizing Melting in Injection Molding

Visualizing Melting in Injection Molding

The melting process in the screw is made visible in real time

Moldsonics displays solid and molten areas in the screw channel—right in the middle of the process.

While developing a new type of heating technology, we were able to analyze the design of our internally heated plasticizing screw in detail for the first time—using process data collected directly from the material flow, without relying on model-based assumptions. Moldsonics provides the data we’ve been waiting for.

Sebastian PÜTTER

Founder and CEO, Smart Plastify GmbH

Smart Plastify Logo Moldsonics Cooling Time

The challenge

Until now, it has been difficult to observe the melting process inside the screw barrel.
It was not possible to clearly identify solid and molten areas within the screw channel while the process was in progress.

This meant there was no basis for systematically evaluating new heating concepts and plasticization behavior.

Solution

Moldsonics makes the melting process visible in real time.
The sensors detect where solids and molten material are present in the screw channel—right in the middle of the process.

This provides a realistic picture of the plasticization behavior without interrupting the process.

Result

  • Solid material and melt visible in the screw channel
  • Plasticization behavior visible in real time
  • New heating concepts are easier to evaluate
  • A basis for more targeted litigation

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4020 Linz, Austria

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Stabilize the recycled material process

Stabilize the recycled material process

Stabilize recycled material processes directly via the ENGEL control system

Moldsonics detects process events within the mold and uses them for cycle switching, cooling time control, and quality data in the CC300.

The ultrasound-based sensor technology from Moldsonics offers us completely new possibilities for analyzing cyclical processes in our filling processes and thus improving our tools.

Lukas WAGNER

Head of Advanced Simulations, Haidlmair GmbH

The challenge

Recycled materials vary from batch to batch.
This affects filling behavior, solidification, and shrinkage—and makes the process prone to scrap, readjustments, and unnecessary downtime.

Until now, the critical condition in the tool was outside the machine control system.
The machine could see the process. The tool could not.

Solution

Moldsonics brings key molding events directly into the ENGEL CC300.
The flow front, solidification, and shrinkage can be utilized during the cycle—to switch to holding pressure, for adaptive cooling time control, and for the automatic recording of quality metrics.

This way, the process responds not only to machine readings, but also to what is actually happening inside the tool.

Result

  • Stable process for recycled material
  • Switching the pressure based on the tool condition
  • Adaptive cooling time instead of safety time
  • Quality metrics are saved automatically

 

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Prevent PUR overflow

Prevent PUR overflow

Detect a PUR overflow before it occurs

Moldsonics erkennt die PUR-Fließfront berührungslos durch den Werkzeugstahl — ohne Sensorabdrücke und mit <5 ms Detektionszeit.

With Moldsonics sensor technology, it is possible for the first time to detect the PUR flow front without contact - a real benefit for our customers in terms of process reliability and surface quality.
Clemens Kastner

Head of Business Development Automotive & Mobility, ENGEL AUSTRIA GmbH

Screenshot 2025 10 09 154322 Moldsonics Cooling Time

The challenge

During PUR flooding, the flow front moves very quickly and is difficult to detect reliably. At the same time, no sensor imprints may occur on visible components - a combination that pushes conventional measuring methods to their limits.

Solution

Moldsonics detects the PUR flow front non-contact through the tool steel.
This allows the vent needle to be closed precisely—without coming into contact with the surface.

Result

  •  No sensor fingerprints
  • < 5 ms Detektionszeit
  • No uncontrolled PUR leaks at the end of the flow path
  • Greater process reliability for visible components

 

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4020 Linz, Austria

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Prevent downtime caused by wear and tear

Prevent downtime caused by wear and tear

Detect extruder wear before the system shuts down

EREMA uses Moldsonics to measure screw and cylinder wear during operation—providing 24/7 condition data with an accuracy of ±0.05 mm.

Image: ENGEL Austria

The solution (hardware and software) developed together with Moldsonics enables our customers for the first time to monitor screw and barrel wear conditions continuously and in real time, visualize them in BluPort® and derive maintenance recommendations.

Dr. Michael Aigner

Head of Process Engineering and Product Development , Erema GmbH

Erema Moldsonics Cooling Time Logo

The challenge

The screw and cylinder wear out imperceptibly during recycling operations.
If the condition is detected too late, it can lead to unplanned downtime, long lead times for replacement parts, and scrap.

Solution

Moldsonics measures wear non-contact during operation.
The data indicates when the screw or barrel is reaching a critical condition—displayed directly on the HMI and in EREMA BluPort®.

Result

24/7

Status data

± 0.05 (mm)

Measurement accuracy 

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Hafenstraße 47-51
4020 Linz, Austria

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