Your local contact in

We are looking forward to your request!

Personal data

Please fill in the mandatory field.

Please fill in the mandatory field.

Please fill in the mandatory field.

Please enter a valid e-mail address.

Please fill in the mandatory field.

Please fill in the mandatory field.

Please fill in the mandatory field.

What topic can we help you with?

Please fill in the mandatory field.

/ 350 Characters

Please note the maximum characters.

* Please fill in the mandadory field

Please accept our data protection.

Unfortunately, your request could not be sent due to a system error. Please try again later.

Injection moulding: greener, smarter, more efficient


7/13/23

At Plast, which takes place from 5 to 8 September, ENGEL will be demonstrating highly innovative applications and integrated solutions to make injection moulding more efficient, cost-effective and sustainable. For the benefit of a leaner and more resilient production.

Continuous innovation - this is the topic on which ENGEL Italia presents technologies that enable injection moulders to make their productions competitive. Key pillars are the leveraging of potential savings in energy consumption, the digitalization of processes, and the opportunities opened up by a circular economy. This is where ENGEL's solutions come in.

The booth shows a wide range of solutions for different industries and requirements. At the Expert Corners, interested visitors will also find information on how complex production processes can be simplified – regardless of the specific area of application: from the automotive industry to technical moulding, to packaging and medical, ENGEL provides answers to the challenges of the future.

Everything under control with smart machines and assistant systems

The steady improvement of process efficiency would be an unattainable goal without the adoption of machines and plants capable of using machine learning technologies and processing with algorithms the big data collected to support proactive process management. To support this trend in the industry, ENGEL has developed a range of software packages that integrate specific knowledge into the injection moulding machine control system to allow the operator to optimise the quality of processes and products with just a few clicks.

The performance of all iQ systems, available as part of ENGEL’s inject 4.0 programme, will be demonstrated at the fair with a production cell based on an all-electric ENGEL e-mac 265/80 injection moulding machine with a clamping force of 80 tons. The cell is equipped with a four-cavity mould for the production of PBT automotive connectors. The total shot weight of 28 grams and a specific consumption of 0.8 kWh per kilogram of processed material, without affecting precision and repeatability. An ENGEL viper linear robot in the new size 4 will remove the components from the mould and place them on the conveyor belt.

The all-electric drives of the e‑mac machine contribute to this high degree of energy efficiency, further enhanced by the e-flomo and e-temp temperature control technology integrated with the smart iQ flow control assistant system, which saves 4,000 kWh in one year of operation at full capacity. The ENGEL e-flomo temperature-control water manifold system monitors and regulates the flow rate, pressure, temperature and temperature differences. Based on these parameters, iQ flow control assistance actively regulates the temperature difference in the individual circuits. This means that the thermal conditions in the mould remain constant at all times, even if there are fluctuations in the system. The result is very high repeatability and minimum cooling water and energy consumption. The integration of e-temp temperature control units into the CC300 control unit of the injection moulding machine via OPC UA delivers an additional energy saving. In the integrated ENGEL solution, the flow rate of the temperature control water pumps is automatically adapted to match the actual process demand.

Change of pace in packaging

In addition to saving energy, the processing of recyclate is another important pillar of the sustainability strategy that ENGEL pursues for the benefit of its customers. An example is the application developed in collaboration with Alpla Group, Brink and IPB Printing. This allows post-consumer rPET containers to be produced in a single injection moulding process step, i.e. without the need to use preforms. Featuring a wall thickness of 0.32, the transparent, round 125-ml containers are representative of a whole genus of packaging, especially in the food industry. Thanks to integrated in-mould labelling (ILM), the containers are ready for filling as soon as they leave the production cell.

An ENGEL e-speed 280/50 injection moulding machine is the heart of the production cell. ENGEL specifically developed this hybrid machine with its electrical clamping unit and hydraulic injection unit for the high performance requirements of thin-wall injection moulding. The high-performance injection unit achieves injection speeds up 1400 mm per second at a maximum injection pressure of up to 2600 bar when processing small shot weights with an extreme wall-thickness to flow path ratio. This makes it the most dynamic injection unit on the market worldwide.

To process rPET, ENGEL combines the new injection unit with a plasticising unit from in-house development and production specifically designed for processing recycled material. During plasticising and injection, the viscosity of the PET is configured for thin-wall injection moulding. The new ENGEL e-speed supports the processing of arbitrary recycled materials up to one-hundred percent rPET. Moreover the mould is able to process different types of IML labels in order to allow customers to adapt to global trends and comply with different standards and recommendations.

Precision and efficiency for liquid silicone rubber

The steady improvement of process efficiency would be an unattainable goal without the adoption of machines and plants capable of using machine learning technologies and processing with algorithms the big data collected to support proactive process management. To support this trend in the industry, ENGEL has developed a range of software packages that integrate specific knowledge into the injection moulding machine control system to allow the operator to optimise the quality of processes and products with just a few clicks.

The performance of all iQ systems, available as part of ENGEL’s inject 4.0 programme, will be demonstrated at the fair with a production cell based on an all-electric ENGEL e-mac 265/80 injection moulding machine with a clamping force of 80 tons. The cell is equipped with a four-cavity mould for the production of PBT automotive connectors. The total shot weight of 28 grams and a specific consumption of 0.8 kWh per kilogram of processed material, without affecting precision and repeatability. An ENGEL viper linear robot in the new size 4 will remove the components from the mould and place them on the conveyor belt.

The all-electric drives of the e‑mac machine contribute to this high degree of energy efficiency, further enhanced by the e-flomo and e-temp temperature control technology integrated with the smart iQ flow control assistant system, which saves 4,000 kWh in one year of operation at full capacity. The ENGEL e-flomo temperature-control water manifold system monitors and regulates the flow rate, pressure, temperature and temperature differences. Based on these parameters, iQ flow control assistance actively regulates the temperature difference in the individual circuits. This means that the thermal conditions in the mould remain constant at all times, even if there are fluctuations in the system. The result is very high repeatability and minimum cooling water and energy consumption. The integration of e-temp temperature control units into the CC300 control unit of the injection moulding machine via OPC UA delivers an additional energy saving. In the integrated ENGEL solution, the flow rate of the temperature control water pumps is automatically adapted to match the actual process demand.

Anticipate markets’ needs

In addition to the exhibits mentioned above, visitors will find further innovative applications that take into account the megatrends from the automotive, medical and packaging industries, as well as in the field of technical injection moulding. Anticipating the markets’ needs is a daily challenge. ENGEL meets this challenge together with customers and partners, because a culture of collaboration is the best way to achieve success.

ENGEL at Plast 2023 | Hall 24, stand C82

PBT automotive connectors produced by an ENGEL e-mac equipped with all iQ assistant systems

Photo: ENGEL

At Plast 2023, an ENGEL e-mac will demonstrate how the digitalisation makes it possible to cut energy consumption by up to 67%, without affecting precision and repeatability

Photo: ENGEL

A 125 ml thin-wall (0.32 mm) food grade tub, produced in a single step, i.e. without the need to use preforms. The container can be made of 100% percent rPET

Photo: ENGEL

Thanks to the enhanced injection unit, the ENGEL e-speed reaches a maximum speed of 1,400 mm/s and an injection pressure of up to 2,600 bar

Photo: ENGEL

LSR blade valves are important components for functionality and safety in many applications. The requirement for the injection moulding process, therefore, is "defect-free”

Photo: ENGEL

An ENGEL e-victory featuring a 64-cavity mould, iQ process observer and compact automation takes the mass production of LSR blade valves to a new efficiency level

Photo: ENGEL

The ENGEL iQ process observer monitors quality by tracking hundreds of process parameters

Photo: iStock

Energy and material savings are two key points of ENGEL’s sustainability strategy

Photo: iStock

Katharina Wuschko

Head of Group Communications

+43 50 620 72085

Press Contacts

We are available for further information and questions.
Contact our Press Team

Write us

The ENGEL team is happy to support you with extensive knowledge in the field of injection molding.

The browser you are using is outdated.

Internet Explorer is no longer supported. Please switch to an up-to-date browser to use the website to its full extent.

The browser you are using is outdated.

Internet Explorer is no longer supported. Please switch to an up-to-date browser to use the website to its full extent.