Does the melt stay within the target temperature range in the hot runner? Are the heating wires controlled optimally via the sensors? If these questions cannot be answered reliably, customer complaints and expensive rework are a real risk. With IANUS, you examine the underlying physics earlier. The technical analysis is carried out in StrömungsRaum® and supports you in validating the temperature distribution for your specific question before the hot runner is manufactured.
Does the melt stay within the target temperature range in the hot runner? Are the heating wires controlled optimally via the sensors? If these questions cannot be answered reliably, customer complaints and expensive rework are a real risk. With IANUS, you examine the underlying physics earlier. The technical analysis is carried out in StrömungsRaum® and supports you in validating the temperature distribution for your specific question before the hot runner is manufactured.
Does the melt stay within the target temperature range in the hot runner? Are the heating wires controlled optimally via the sensors? If these questions cannot be answered reliably, customer complaints and expensive rework are a real risk. With IANUS, you examine the underlying physics earlier. The technical analysis is carried out in StrömungsRaum® and supports you in validating the temperature distribution for your specific question before the hot runner is manufactured.
Does the temperature remain sufficiently uniform in the hot runner system? Temperature differences can influence material behaviour and the quality of the finished product. The simulation makes the temperature behaviour and possible temperature gradients visible. This allows you to classify conspicuous regions earlier and examine them more specifically.
Which geometry or sensor position should you examine next? The geometry of the hot runner system and the position of the temperature sensors influence how you can evaluate and control the temperature behaviour. A simulation-based analysis helps you to narrow down the relevant regions and suggests the suitable sensor position directly. This allows you to evaluate possible adjustments more specifically.
How can you evaluate a variant before you build or modify the hot runner? You can compare different geometries and adjustments as early as the development phase. This gives you a comprehensible basis for the next decision. Early evaluation can help to reduce later corrections and complaints – and, wherever test runs take place, it reduces the dependence on repeated trials.
Does the temperature remain sufficiently uniform in the hot runner system? Temperature differences can influence material behaviour and the quality of the finished product. The simulation makes the temperature behaviour and possible temperature gradients visible. This allows you to classify conspicuous regions earlier and examine them more specifically.
Which geometry or sensor position should you examine next? The geometry of the hot runner system and the position of the temperature sensors influence how you can evaluate and control the temperature behaviour. A simulation-based analysis helps you to narrow down the relevant regions and suggests the suitable sensor position directly. This allows you to evaluate possible adjustments more specifically.
How can you evaluate a variant before you build or modify the hot runner? You can compare different geometries and adjustments as early as the development phase. This gives you a comprehensible basis for the next decision. Early evaluation can help to reduce later corrections and complaints – and, wherever test runs take place, it reduces the dependence on repeated trials.
Does the temperature remain sufficiently uniform in the hot runner system? Temperature differences can influence material behaviour and the quality of the finished product. The simulation makes the temperature behaviour and possible temperature gradients visible. This allows you to classify conspicuous regions earlier and examine them more specifically.
Which geometry or sensor position should you examine next? The geometry of the hot runner system and the position of the temperature sensors influence how you can evaluate and control the temperature behaviour. A simulation-based analysis helps you to narrow down the relevant regions and suggests the suitable sensor position directly. This allows you to evaluate possible adjustments more specifically.
How can you evaluate a variant before you build or modify the hot runner? You can compare different geometries and adjustments as early as the development phase. This gives you a comprehensible basis for the next decision. Early evaluation can help to reduce later corrections and complaints – and, wherever test runs take place, it reduces the dependence on repeated trials.
You define which technical question you want to clarify. IANUS examines temperature behaviour, temperature homogeneity and heating element control on the basis of specific sensor positions. This allows you to classify possible critical regions earlier instead of testing individual settings one after the other.
You receive detailed simulation results and a clear evaluation of your hot runner system. Automatic analysis and suggestions for sensor positions support you in prioritising the relevant regions. With the detailed report, you can follow the temperature profiles yourself and assess together with development, quality assurance and production which geometry or adjustment you examine next.
You define which technical question you want to clarify. IANUS examines temperature behaviour, temperature homogeneity and heating element control on the basis of specific sensor positions. This allows you to classify possible critical regions earlier instead of testing individual settings one after the other.
You receive detailed simulation results and a clear evaluation of your hot runner system. Automatic analysis and suggestions for sensor positions support you in prioritising the relevant regions. With the detailed report, you can follow the temperature profiles yourself and assess together with development, quality assurance and production which geometry or adjustment you examine next.
You define which technical question you want to clarify. IANUS examines temperature behaviour, temperature homogeneity and heating element control on the basis of specific sensor positions. This allows you to classify possible critical regions earlier instead of testing individual settings one after the other.
You receive detailed simulation results and a clear evaluation of your hot runner system. Automatic analysis and suggestions for sensor positions support you in prioritising the relevant regions. With the detailed report, you can follow the temperature profiles yourself and assess together with development, quality assurance and production which geometry or adjustment you examine next.
01
You describe what you want to examine on your hot runner system: is the quality deviation caused by the temperature distribution? Or do you want to evaluate a new geometry or sensor position? Together with IANUS, you define which technical question is the focus and which project data is relevant for it.
02
You upload your 3D hot runner design and the relevant process parameters to StrömungsRaum®. IANUS supports you with the preparation and handles the further steps of the cloud-based simulation.
03
You receive detailed results and specific recommendations for your hot runner system. In the automated report, you can follow the relevant temperature and material regions. Together with your teams, you assess which variant or adjustment to pursue next.
01
You describe what you want to examine on your hot runner system: is the quality deviation caused by the temperature distribution? Or do you want to evaluate a new geometry or sensor position? Together with IANUS, you define which technical question is the focus and which project data is relevant for it.
02
You upload your 3D hot runner design and the relevant process parameters to StrömungsRaum®. IANUS supports you with the preparation and handles the further steps of the cloud-based simulation.
03
You receive detailed results and specific recommendations for your hot runner system. In the automated report, you can follow the relevant temperature and material regions. Together with your teams, you assess which variant or adjustment to pursue next.
01
You describe what you want to examine on your hot runner system: is the quality deviation caused by the temperature distribution? Or do you want to evaluate a new geometry or sensor position? Together with IANUS, you define which technical question is the focus and which project data is relevant for it.
02
You upload your 3D hot runner design and the relevant process parameters to StrömungsRaum®. IANUS supports you with the preparation and handles the further steps of the cloud-based simulation.
03
You receive detailed results and specific recommendations for your hot runner system. In the automated report, you can follow the relevant temperature and material regions. Together with your teams, you assess which variant or adjustment to pursue next.
With AI-based CFD simulations, EWIKON is revolutionising temperature control in the hot runner – for more precise and more cost-efficient production.
Design engineering
You define hot runner geometries, flow channels and the positioning of the temperature sensors. In doing so, you have to decide which variant to pursue – often before you can check the behaviour of the system on the finished hot runner. The simulation supports you in evaluating temperature distribution, temperature homogeneity and heating element control earlier on the basis of specific sensor positions. This allows you to substantiate the next adjustment in a comprehensible way.
Production
You have to ensure stable processes and avoid scrap. If temperature or material is not distributed evenly in the hot runner system, the consequences often only become visible in your customer's production process. With an early virtual validation of the hot runner, you can address detected problems and potential improvements specifically before manufacturing.
Design engineering
You define hot runner geometries, flow channels and the positioning of the temperature sensors. In doing so, you have to decide which variant to pursue – often before you can check the behaviour of the system on the finished hot runner. The simulation supports you in evaluating temperature distribution, temperature homogeneity and heating element control earlier on the basis of specific sensor positions. This allows you to substantiate the next adjustment in a comprehensible way.
Production
You have to ensure stable processes and avoid scrap. If temperature or material is not distributed evenly in the hot runner system, the consequences often only become visible in your customer's production process. With an early virtual validation of the hot runner, you can address detected problems and potential improvements specifically before manufacturing.
Design engineering
You define hot runner geometries, flow channels and the positioning of the temperature sensors. In doing so, you have to decide which variant to pursue – often before you can check the behaviour of the system on the finished hot runner. The simulation supports you in evaluating temperature distribution, temperature homogeneity and heating element control earlier on the basis of specific sensor positions. This allows you to substantiate the next adjustment in a comprehensible way.
Production
You have to ensure stable processes and avoid scrap. If temperature or material is not distributed evenly in the hot runner system, the consequences often only become visible in your customer's production process. With an early virtual validation of the hot runner, you can address detected problems and potential improvements specifically before manufacturing.
Are you seeing a quality deviation, examining a new variant or looking for the starting point for an optimisation? If you want to improve your hot runner system, discuss your specific question with IANUS.
Your introductory offer
Assess temperature distribution and temperature homogeneity earlier.
Compare geometries and sensor positions more specifically.
Prepare the next correction on a comprehensible basis.
Are you seeing a quality deviation, examining a new variant or looking for the starting point for an optimisation? If you want to improve your hot runner system, discuss your specific question with IANUS.
Assess temperature distribution and temperature homogeneity earlier.
Compare geometries and sensor positions more specifically.
Prepare the next correction on a comprehensible basis.
Are you seeing a quality deviation, examining a new variant or looking for the starting point for an optimisation? If you want to improve your hot runner system, discuss your specific question with IANUS.
Assess temperature distribution and temperature homogeneity earlier.
Compare geometries and sensor positions more specifically.
Prepare the next correction on a comprehensible basis.
