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Hosokawa Alpine Executive Board Reviews 100 Days Of Shared Management

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Hosokawa Alpine Executive Board Reviews 100 Days Of Shared Management

100 days in office – a good time for an initial review. Since 1 January 2026, Michael Kuhnen as CEO and Kathrin Dörle as CFO have formed the new Executive Board team at Hosokawa Alpine AG. Both bring with them many years of experience and a deep connection to the Augsburg-based engineering company, which specialises in mechanical process engineering and blown film extrusion lines: Kuhnen had previously spent 19 years in various roles at Hosokawa Alpine and returned to the group after a year and a half away, whilst Dörle has been with the company for more than two decades and is the first woman on the Executive Board.

In this interview, the two board members discuss their first 100 days in their new roles: the challenges and initial strategic decisions, their understanding of leadership and collaboration – and the vision with which they intend to shape the future of Hosokawa Alpine.

Was it easy for you to suddenly view Hosokawa Alpine, which you both know so well, from the Executive Board’s perspective?
Our many years of service at the company and the experience gained in various roles provide an excellent foundation for our work on the Executive Board. They make it easier to understand structures, processes and the organisation as a whole. At the same time, the Executive Board perspective brings a fresh outlook on issues and areas with which we were previously less closely involved. The company is our professional home, which we know very well. The task is to consciously broaden our perspective, adopt an overall strategic view and, in doing so, make targeted use of the diverse experience gained from our previous roles.

What were the biggest challenges in the first 100 days?
The first 100 days were heavily influenced by external, unforeseeable factors. Geopolitical developments, such as the war in Iran, have a noticeable impact on key operating conditions.
At the same time, we have to consistently drive forward our strategic realignment in this demanding environment whilst simultaneously implementing measures with immediate effect. Striking this balance between a long-term perspective and operational agility was and still is particularly challenging. Added to this is a high level of internal complexity, which we need to reduce in a targeted manner to simplify decision-making processes.

What strategic decisions did you consciously make early on?
From the outset, a key focus was on developing a clear corporate strategy and implementing the associated process to ensure that this strategy is effectively put into practice on a day-to-day basis.
In addition, we drove forward the expansion of internal communication and turned our attention to the further development of our leadership and corporate culture.
Another focus was on the continuous improvement of the working environment and on increasing efficiency.

How do you define good leadership in the company’s current situation?
For us, good leadership means above all transparency and trust. Openness and mutual respect are particularly important in the current situation to provide direction and create a sense of security. Our aim is to bring everyone on board and to align the company together towards a clear goal: To practise leadership in a way that builds trust – clear in purpose, open in dialogue and committed in action.

What is particularly important to you in your collaboration on the Executive Board?
It is important to us to treat one another with openness and trust and to support one another. We work as a team – always with one another and never against one another. Our shared goal and responsibility for the company are our top priority. This approach creates a working atmosphere in which we can discuss matters constructively and make better decisions together.

In which direction should the company develop over the next three to five years?
Over the next three to five years, we aim to systematically tap into new markets and further strengthen our position. In doing so, we are evolving from a traditional mechanical engineering firm into a comprehensive solutions provider.
Our aim is to cover a wide range of technologies, expand the scope of our offerings across upstream and downstream process steps, and complement these with services, particularly in automation technology and digital solutions.
We also aim to be a partner for our customers in implementing processes across the entire lifecycle.

What should the company stand for in the future – beyond products and figures?
On the one hand, there are our corporate values such as trust, responsibility, appreciation, passion and quality, which form the foundation of our daily collaboration.
Furthermore, innovation is firmly anchored in our corporate strategy. We take a holistic view of innovation, encompassing technologies, processes and working methods.
At the same time, we are clearly committed to sustainability. For us, this means continuously reducing our carbon footprint, contributing to a more sustainable world through our products, and focusing on long-term, sustainable developments rather than short-term effects. In all of this, we rely on our own value creation.

hosokawa-alpine.com/

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Metal AM Simulation Enters The Next Stage Of Industrial Innovation

Metal AM Simulation Enters The Next Stage Of Industrial Innovation

Evan Butcher, Principal Engineer – Additive Manufacturing, PanOptimization

Between 2016 and 2020, a lot of organizations evaluated commercially available AM simulation tools. They took a handful of metal AM parts (usually coupons, demo brackets, simple manifolds) lined up a few software options, and asked a reasonable question, can you predict distortion?

On the basis of those trials, budgets were spent, or the conclusion was reached that simulation was not scalable, too slow or not accurate enough to justify the effort. Ever since, the internal narrative in many companies has been, “We already looked at simulation.” The box is mentally ticked.

The problem is that the world we are printing in now bears very little resemblance to the world those evaluations were designed for. The parts are different, the questions are different, the pace is different, and – critically – the software ecosystem is different. Treating a 2018 bake-off as definitive is no longer a neutral decision, it is an active constraint on what metal AM can achieve.

This article is about what has changed, and what a modern evaluation of metal AM simulation and optimization needs to look like if you are serious about first-time-right production on high-value parts.

“REAL” PARTS BROKE THE FIRST GENERATION OF TOOLS

Most 2018 bake-offs were run on modest geometries: coupons, small brackets, simple manifolds. Even then, accuracy and speed were frequently not acceptable — which is one reason so many companies defaulted to trial and error as the practical route to printing parts.

Today’s critical parts look very different. Part size and complexity have dramatically increased. Rocket hardware, dense heat exchangers, large structural components, and part-scale DED repairs push old simulation tools well past their computational limits. Mesh counts explode. Run times balloon. The solver simply fails, and teams fall back (explicitly or quietly) to trial-and-error.

These are not cheap mistakes. With prints frequently reaching six-figure costs, an accurate and scalable simulation capability is needed to:

    • Make metal AM profitable
    • Increase machine throughput and uptime
    • Reduce costs associated with failed prints and rework
    • Shorten time to production and qualification

PanX is an enabling technology designed specifically to solve the problems of modern AM. In practice, it is often the only production-ready solver that can handle these complex parts at the required model resolution and accuracy, and where older solvers can run, PanX typically runs 10–100× faster with superior accuracy.

BEYOND JUST DISTORTION SIMULATION

In 2018, the dominant question was: “Can you predict distortion?” Distortion still matters, but it isn’t the whole story, and it isn’t the same story for everyone.

For engineers, the bar has moved. They want simulation to go beyond rough trend prediction and become a tool for:

And for leadership, the underlying question is even more direct. Can simulation help make metal AM profitable and predictable, rather than a high-cost experiment?

Aerospike – Full-part LPBF aerospike FEA mesh (right) is able to resolve the smallest part features, as well as the entire build volume: 26M elements / 57M nodes.

A solver that only produces stress and distortion plots is misaligned with the decisions that actually govern flight readiness, warranty exposure, and program economics. PanX was built explicitly with those qualification-grade and business-critical questions in mind, not as a prettier way to look at the same old contours, but as infrastructure for how metal AM gets designed, qualified and run in production.

FROM STANDALONE TOOLS TO EMBEDDED INFRASTRUCTURE

The simulation toolchain you evaluated in 2018 has moved on, or, in many cases, not moved at all. Old solvers have shrinking development teams, frozen roadmaps, or have been absorbed into portfolios where AM is no longer the priority.

At the same time, OEMs and build-prep vendors now expose richer interfaces. That opens the door to something that simply wasn’t realistic in most 2018 trials: simulation as an engine behind your existing workflows, seamlessly feeding insight into the manufacturing strategy rather than living as a separate island.

This is central to the 2026 vision for PanX: prediction plus optimization, delivered through OEM and ecosystem integrations so that engineers experience it as part of everyday work, not an extra task.

RETHINKING HOW WE EVALUATE AM SIMULATION

If you accept that parts, questions, pace, and ecosystem have all shifted, it follows that the way we evaluate tools must change as well. In our work with customers, a more realistic evaluation tends to have four characteristics.

1. Use real production parts, not simple research/prototype parts.
Include at least one geometry that genuinely stresses your current workflow (the heat exchanger, the large rocket component, the part-scale repair). If a tool can’t cope with that, it doesn’t matter how good it looks on a coupon.

2. Measure throughput, not just one-off runtime.
Ask how many meaningful scenarios can be run per week on hardware you are actually willing to buy. The ability to explore 200 variants in the same time an older code needs for two is a material competitive advantage.

3. Tie metrics to qualification and economics.
Frame success in terms of fewer failed builds, shorter time to a qualified part, and reduced uncertainty in critical regions, not just “did the displacement match a gauge within X%?”

4. Consider the integration roadmap as a first-order criterion.
Probe how the solver will connect to your OEM workflows and automation platforms over the next five years. A frozen codebase, however familiar, is not a neutral choice when your machines and requirements are moving.

RE-OPENING THE CONVERSATION

Re-examining a 2018 simulation decision is not an admission of failure, it is an acknowledgment that metal AM has grown up. If your flagship parts are larger and more complex, your qualification burden is heavier, your timelines are tighter, and your tools and evaluation criteria are unchanged, something has to give.

The practical questions to ask inside your organization are straightforward:

    • Can our current tools handle the largest, most complex parts we actually care about, at useful run-times and resolution?
    • Do they answer qualification-grade questions, or only provide basic distortion plots?
    • Are they fast and robust enough to be used as a design and optimization engine, not just a report generator?
    • Is there a credible roadmap for OEM integrations and process optimization, or are we effectively on frozen code?
PanX Feed-forward power optimization achieves uniform melt quality by varying laser power spatially across each layer based on the predicted interalyer temperatures.

If the honest answers are uncomfortable, your 2018 evaluation has expired. The opportunity is not simply to swap one solver for another, but to treat simulation and optimization as core infrastructure for how metal AM is designed, qualified, and run in production.

That is the mindset shift we see in the organizations getting the most value from PanX, and it is the shift the wider industry will need if we want metal AM to move beyond isolated successes and into reliable, large-scale, economically compelling production.

panoptimization.com/

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ENGEL To Reveal Intelligent Manufacturing Technologies At Plastpol 2026

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ENGEL To Reveal Intelligent Manufacturing Technologies At Plastpol 2026026

At PLASTPOL 2026, taking place in Kielce, Poland, from 19 to 22 May, the ENGEL Group shows how intelligent injection moulding solutions improve process stability, efficiency and cost-effectiveness in a targeted manner. ENGEL is focusing its trade fair presentation on production solutions that enable processors to respond more quickly to deviations on the basis of data, reduce scrap and make their manufacturing operations more robust.

At the ENGEL Group’s stand, visitors can see how integrated injection moulding solutions equipped with digital systems help processors stabilise production, reduce scrap, respond more quickly to process deviations and increase overall equipment effectiveness. ENGEL presents comprehensive digitalisation solutions ranging from data acquisition and remote access to real-time process analysis, self-optimising control loops and intelligent operator support in production.

All-electric ENGEL e-mac for medical technology: high process reliability with low energy consumption

In the medical sector, ENGEL presents an all-electric e-mac 200 injection moulding machine with a clamping force of 2,000 kN. The machine produces a component for a medical auto-injector from random PP with white masterbatch. The mould has 32 cavities, the part weight is 0.396 g and the cycle time is less than 10 seconds. The production cell features iQ weight control, which optimises injection volume in real time by automatically compensating for fluctuations in melt viscosity within the same shot. This ensures consistently high part quality and maximum process stability and, as a result, increases OEE.

The compact all-electric ENGEL e-mac 200 in cleanroom design combines high precision with low energy consumption and requires only a small footprint. This supports stable and cost-effective production of demanding medical components.

For additional stability in ongoing operation, ENGEL uses further digital assistance systems from the inject AI family. With iQ clamp control, the system reduces clamping force by up to 33% through automatic optimisation of the clamping force. This protects the mould, lowers energy consumption and increases mould service life for a reliable series production process.

In this production cell, iQ flow control supports the automatic adjustment of mould temperature control and continuously adapts the pump speed of the temperature control units during the ongoing process. This keeps thermal conditions stable, further reduces scrap and lowers energy consumption in production by up to 18%. This demand-based optimisation of mould temperature control stabilises processes and sustainably reduces production costs as well as CO₂ emissions.

In addition, ENGEL presents the Parameter Limits feature on this exhibit. It prevents process parameters from being changed outside the defined process window. This helps avoid operator errors and use personnel resources efficiently.

This exhibit also features iQ process observer. Using AI, it analyses more than 1,000 process parameters, detects deviations at an early stage and provides specific recommendations for action. For processors, this means greater transparency, faster responses to process changes and higher process reliability. Thanks to this well-founded root cause analysis, the effort involved in troubleshooting is reduced by up to 30 minutes per machine. This also helps address the shortage of skilled labour and frees up valuable resources.

The finished parts are removed by an ENGEL viper linear robot and placed on an automatic conveyor belt. The robot is fully integrated into the CC300 machine control system. In combination with iQ motion control, its movements automatically adapt to the machine sequence. This helps further reduce cycle time and energy consumption.

WINTEC t-win: automated production and higher productivity per unit area

Another highlight at the stand is a WINTEC t-win 4500 two-platen injection moulding machine with a clamping force of 4,500 kN in a production cell with a fully integrated viper linear robot.

The high-performance WINTEC t-win two-platen injection moulding machines stand for high platen rigidity, low operating costs, low energy consumption and a small footprint.

The WINTEC t-win is designed for applications with large moulds and high clamping forces. The two-platen machine combines robust construction with short cycle times and high cost-effectiveness. Short-stroke pressure cushions, synchronous locking and the servo-hydraulic drive all contribute to this. In production, processors benefit from a compact machine layout, good maintenance accessibility and energy-efficient operation. This reduces total operating costs and allows investments to pay back more quickly.

iQ weight control also supports process stability in this exhibit.

At the trade fair stand, this production cell manufactures PP lunch boxes with a shot weight of 176 g and a cycle time of 35 seconds. It uses a two-cavity family mould in which the lunch box and the lid are produced at the same time.

After injection moulding, a viper 20 linear robot fully integrated into the C30 machine control system removes the finished individual parts from the mould and places them on an automatic conveyor belt.

This WINTEC production cell clearly shows how automation, process stability and compact system concepts can be combined particularly cost-effectively for standard applications. For processors, this opens up targeted potential to improve efficiency, productivity per unit area and unit cost efficiency.

End-to-end digital solutions with clear benefits for processors

The WINTEC t-win 4500 combines high clamping force with a compact two-platen design, supporting cost-effective production with a small footprint.

At the Expert Corner of the stand, ENGEL also presents the MES authentig and shopfloor monitoring. authentig connects injection moulding machines, makes production data and KPIs available in real time and thus helps reduce set-up times, scrap and downtime. shopfloor monitoring creates a real-time overview of machine statuses and key figures across locations, enabling processors to respond more quickly to deviations and improve their OEE in a targeted way.

engelglobal.com

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ENGEL Group Advances Global WINTEC E-Win Expansion With New Technical Upgrades

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ENGEL Group Strengthens WINTEC Portfolio With Global E-Win Roll-Out And Technical Enhancements

The all-electric WINTEC e-win injection moulding machines stand for precise, energy-efficient injection moulding production. Processors benefit from stable processes, high component quality and low unit costs.

At the beginning of April, the ENGEL Group starts the global roll-out of the all-electric WINTEC e-win injection moulding machines outside Asia. At the same time, the group presents a revised and streamlined portfolio of its two-platen injection moulding machines, consisting of the ENGEL duo and the WINTEC t-win. With this, the ENGEL Group adapts its portfolio to changing market requirements and provides injection moulding processors worldwide with a clearly structured basis of cost-efficient and technologically suitable production solutions.

While ENGEL stands for highly integrated and individually configured production solutions, the WINTEC brand addresses standardised solutions with a clear focus on cost efficiency and availability. For users, this means being able to choose, depending on production requirements, between customised, highly integrated system solutions and standardised production solutions, with consistent engineering and quality standards within the group.

WINTEC e-win: all-electric standard solutions now starting globally

With the global roll-out of the all-electric e-win series, WINTEC expands the worldwide availability of this standardised series for energy-efficient injection moulding production outside Asia. The machines cover clamping forces from 1000 to 5000 kN and are designed for standardised production solutions with high cost efficiency.

The all-electric drive technology provides precise and dynamic control of all main movements. This leads to high repeatability of all movements and ensures high reproducibility as well as stable shot weights. For processors, this means consistent component quality even during long machine running times and within narrow process windows.

Energy consumption decreases, as energy is only required during the actual movements. This allows energy costs to be significantly reduced compared to hydraulic machines. At the same time, the use of hydraulic oil is eliminated, which reduces maintenance effort and downtime and keeps the production environment clean.

The WINTEC t-win two-platen injection moulding machines offer high injection performance for large-volume components. This shortens filling times, increases productivity and ensures cost-efficient series processes.

Process control is supported by the digital assistance systems iQ clamp control, iQ hold control and iQ weight control. iQ clamp control automatically adjusts the clamping force to the actual requirement and thereby reduces energy consumption and mould stress. iQ hold control optimises the holding pressure time and contributes to reducing material usage and cycle times. iQ weight control plus detects fluctuations in material viscosity and compensates for them within the same shot. This increases process stability and reduces scrap, particularly when processing recyclates.

The e-win is thus designed for applications in which high output, stable processes and low unit costs with high cost efficiency are the primary focus.

ENGEL duo: higher performance with reduced complexity

At the same time as the roll-out of the e-win, ENGEL has restructured the portfolio of the duo two-platen injection moulding machines. The series remains available in the clamping force range from 4500 to 55000 kN, larger machines up to 110000 kN have already been realised and even larger ones are also possible.

The portfolio has been technically revised in order to meet market requirements even more effectively. The available clamping forces in the updated portfolio increase by up to 28% with the same platen sizes. This makes it possible to realise applications with higher performance requirements on the same machine platform.

In addition, wide-platen versions for the duo 1000 and duo 2100 have been newly added. The enlarged platens expand the usable mould space and enable the use of larger moulds within the same machine class. This increases flexibility in production and reduces investment costs.

In addition to maximum flexibility in terms of configuration and technical equipment, the ENGEL duo series continues to stand for high platen rigidity, low operating costs and low energy consumption. The short dry cycle times of this series ensure short cycle times and thus increased productivity. This is complemented by fast spare parts supply and a globally established service infrastructure. Since its market launch in 1994, more than 15000 machines have been installed worldwide.

WINTEC t-win: increased injection performance for higher productivity

The WINTEC t-win two-platen injection moulding machines have also been further developed as part of the portfolio revision and are now globally available with clamping forces from 4500 to 40000 kN

The new injection units have up to 38% higher injection performance. This shortens filling times and expands the range of applications, particularly for large-volume or demanding components.

In addition, iQ weight control plus supports process control by automatically compensating for fluctuations in material viscosity. This increases consistency in series production and reduces scrap.

The t-win is consistently designed as a cost-efficient and robust two-platen machine for standard-oriented processes. It combines a standardised machine concept with reliable technology and offers high availability. With around 2000 installed machines, the series has established itself worldwide.

Broad portfolio for different production strategies

With the global roll-out of the all-electric e-win as well as the restructuring of the duo and t-win series, the ENGEL Group provides a clearly structured overall portfolio that covers different requirements in plastics processing.

Injection moulding processors benefit from a clear machine selection, faster project execution and higher cost efficiency. With the two brands ENGEL and WINTEC, the globally operating group covers a broad technological spectrum with which efficiency, process stability and cost efficiency can be specifically improved.

engelglobal.com

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RAKEZ To Promote Future Industrial Investments At Make It In The Emirates 2026

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RAKEZ To Promote Future Industrial Investments At Make It In The Emirates 2026

Ras Al Khaimah Economic Zone (RAKEZ) is set to participate in the fifth edition of the Make it in the Emirates exhibition, taking place at ADNEC Centre Abu Dhabi from 4 to 7 May 2026, reinforcing its role in advancing the UAE’s industrial landscape and attracting high-value investments.

As part of its participation, RAKEZ Group CEO Ramy Jallad will join a panel discussion titled “Industrial Zones as Engines of Growth: Powering the UAE’s Industrial and Investment”, where he will share insights on how integrated economic zones are enabling sustainable industrial expansion and supporting long-term investor confidence

The economic zone will also mark the occasion by signing lease agreements with companies across manufacturing and industrial sectors, highlighting continued demand for Ras Al Khaimah as a base for business growth.

During the exhibition, RAKEZ will showcase its comprehensive ecosystem designed to support investors across diverse industrial sectors. This includes advanced infrastructure, tailored solutions, and value-added services that enable businesses to establish, operate, and scale efficiently. With around 1,000 manufacturing companies operating within RAKEZ across sectors such as packaging, F&B, automotive, aviation, construction, and defence, the economic zone continues to contribute to Ras Al Khaimah’s broader manufacturing base of around 3,400 companies.

Companies operating within RAKEZ benefit from a cost-competitive environment, with development costs approximately 10% lower and operating costs around 50% lower than the regional average. In addition, seamless connectivity through ports and airports ensures efficient global market access, while an ecosystem built around sustainability supports businesses in translating ESG ambitions into practical operations. Networking platforms and B2B matchmaking initiatives further enable collaboration and growth within the business community.

Commenting on RAKEZ’s participation, Ramy Jallad said: “Our presence at Make it in the Emirates reflects the growing role we play in shaping the UAE’s economic future. What we are seeing today is a strong shift towards long-term, value-driven investment, where businesses are looking for stability, efficiency, and the ability to scale with confidence. At RAKEZ, we continue to focus on creating an environment where manufacturers and industrial players can operate with clarity, expand sustainably, and connect to global markets with ease.”

He added: “Through our integrated ecosystem and close engagement with our business community, we are enabling companies at every stage of their journey to grow and evolve. This is aligned with the UAE’s broader industrial vision and our ongoing commitment to supporting initiatives such as Operation 300bn.”

As RAKEZ continues to strengthen its presence at national platforms, its participation in Make it in the Emirates 2026 underscores its commitment to attracting high-quality investments, supporting industrial growth, and enabling local manufacturers to expand regionally and globally.

Industrialists are invited to connect with the RAKEZ team at Make It In the Emirates from 4 to 7 May at Stand 7-EN22 in Hall 7 at ADNEC, Abu Dhabi.

rakez.com/en/

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Borouge Achieves Robust Q1 2026 Results Driven By Operational Excellence

Borouge Achieves Robust Q1 2026 Results Driven By Operational Excellence

  • Company delivers $1.2 billion in revenue supported by strong production volumes of 1.21 million tonnes and sales of 1.09 million tonnes, despite logistics challenges in March
  • Q1 production levels maintained at 98% of nameplate capacity during regional developments, demonstrating operational resilience
  • Alternative logistics routes activated in March in response to Strait of Hormuz disruptions, with 61% of March production distributed via these routes, mitigating impact on revenues and customer supply
  • Borouge Plc maintains its commitment to attractive shareholder returns, with H2 2025 dividend of $658 million to be paid on or around 5 May 2026, supported by strong profitability and cash generation in FY 2025
  • Following completion of the Borouge International transactions, Borouge Plc is now part of the world’s leading pure-play polyolefins company, with benefits of scale and technology leadership expected to enhance earnings resilience and support long-term value creation through identified EBITDA synergies

Borouge Plc (ADX symbol: BOROUGE / ISIN AEE01072B225) (“the Company”) announced a resilient financial and operational performance for the first quarter of 2026, delivering revenue of $1.2 billion, adjusted EBITDA of $343 million and net profit of $156 million despite current regional developments and logistics challenges. The Company’s results were underpinned by strong operational execution, delivering 1.21 million tonnes of production at 98% of nameplate capacity.

Despite the regional developments impacting the Strait of Hormuz, 61% of March production was successfully routed through alternative logistics channels. Prices saw strong growth of 62% during March, driven by a global supply shortage of polyolefins, and have remained high in April, supporting the outlook for the full year.

Hazeem Sultan Al Suwaidi, Chief Executive Officer of Borouge Plc, commented: “We would like to recognise our people for their unwavering professionalism and commitment despite significant challenges in the region. We delivered a resilient Q1 2026 performance, reflecting strong execution, operational excellence and continuous cost discipline. Our business continuity plans have been tested and proven. With global prices showing encouraging signs of recovery and as market conditions improve, we are well positioned to translate this opportunity into earnings, maintaining reliable supply for our customers, and continuing to deliver sustainable value for our shareholders.”

Strong production and safe operations despite regional developments
In the first quarter Borouge Plc recorded production volumes of 1.21 million tonnes, operating at 98% of nameplate capacity and demonstrating strong operational resilience. Unsold volumes were placed into storage for distribution in the coming months through effective inventory management and alternative logistics solutions, while the Company continued to prioritise the safety of its people and the integrity of its assets.

As disclosed on 6 April, an incident occurred at Borouge Plc’s production facilities located at the Ruwais Industrial Area on 5 April. Following a successful interception by air defence, falling debris resulted in damage to assets. Production activity in affected areas was suspended following the incident. Following initial repairs to some of the affected lines and a phased restart of the plant, most production units are available and utilisation is ramping up. Inventory from unsold production in March is being sold into a higher price environment in Q2, supporting consistent customer deliveries throughout the first half of the year.

Swift logistics response supported strong sales volumes in rising price environment
Borouge Plc’s Q1 2026 performance highlights the resilience of its operating model and the flexibility of its commercial and logistics platform, supported by effective business continuity planning and close coordination with stakeholders and local authorities.

In Q1 2026, Borouge Plc achieved robust revenues of $1.2 billion. The Company activated alternative distribution routes due to Strait of Hormuz disruptions. Higher logistics and freight costs were absorbed into the Company’s pricing strategy. The swift response of Borouge Plc’s business continuity measures has helped support supply during a period of disruption.

Global prices saw a significant increase of 62% in March amid a global supply shortage of polyolefins and robust demand for Borouge Plc’s specialised product portfolio. This upward trend supported higher average selling prices although the increase in Q1 2026 compared to Q4 2025 was limited to $47 per tonne due to low benchmark price levels in January and February. Despite a dynamic market environment, the Company was able to maintain premia above benchmark prices.

Driving shareholder value
Borouge Plc shareholders approved a total of $1.32 billion of dividend payments in respect of FY 2025 (16.2 fils per share) at the company’s Annual General Assembly on 7 April 2026. This dividend is expected to be maintained by Borouge International through to at least 2030, subject to shareholder approval. The final shareholder-approved dividend payment for 2025 amounts to $658 million (8.1 fils per share), to be paid on or around 5 May 2026 to all shareholders of record as of 17 April 2026.

Under a recent favourable agreement with ADNOC and OMV (“the Agreement”), Borouge Plc has been granted operational control and marketing rights for the Borouge 4 mega project requiring no upfront capital investment from Borouge Plc. The Agreement is expected to generate a cumulative net profit of $400 million over the next three years, representing approximately 10% annual earnings accretion to Borouge Plc following full ramp up1.

Borouge Plc also achieved $143 million in value generation during the quarter through its AI Digitalisation & Technology programme and advanced its 3D printing and digital warehouse initiative, producing critical spare parts on demand, contributing to reduced lead times and lower inventory carrying costs.

Borouge International creates a new global polyolefins powerhouse
The successful formation of Borouge International, completed on 30 March 2026, creates the fourth-largest polyolefins producer globally as measured by nameplate capacity, combining premium products, proprietary technologies and a global footprint. Borouge Plc is now part of Borouge International and is expected to benefit from the global footprint of the new platform, strengthening Borouge Plc’s long-term competitiveness, enhancing geographic diversification and scale to provide a broader base for future value creation, while maintaining a clear commitment to shareholder returns.

The timing of the proposed tender offer, which will convert Borouge Plc shares to Borouge Group International AG shares, will align with the new company’s future equity raise, to maximize value for all shareholders. The tender offer is expected to take place in 2027, subject to market conditions and approval by the UAE Capital Market Authority.

borouge.com/en/

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UFlex To Spotlight Sustainable Premium Tube Packaging At CMPL Expo 2026

UFlex To Spotlight Sustainable Premium Tube Packaging At CMPL Expo 2026

FlexiTubes, the tube packaging division of UFlex, India’s largest multinational flexible packaging and solutions company will showcase its latest sustainable, high-performance tube packaging innovations at CMPL Expo 2026, one of India’s leading exhibitions for the tube and packaging industry. The event will be held from May 4 to May 6, 2026, at the Jio World Convention Centre, BKC, Mumbai.

At this year’s edition, UFlex will showcase its FlexiTubes portfolio—crafted at the intersection of aesthetics, functionality, and sustainability—to elevate how brands engage with consumers across beauty and personal care, oral care, food, pharmaceuticals, and home care.

Designed for strong shelf appeal, the collection features 360-degree high-definition printing, offering enhanced branding space and visual impact. An array of visual effects—including gloss, matte, metallic, holographic, and crystal-clear transparency—enables brands to craft distinctive identities. Innovations such as Metallika, Mattika, and Optika tubes, along with window-effect designs, seamlessly combine premium appeal with product visibility, elevating both design and storytelling.

Behind this visual sophistication lies engineered performance. UFlex’s multi-layer tube structures are designed to ensure product protection, durability, and compatibility across a wide range of formulations. Advanced barrier solutions, including high-performance coatings and alternative structures, help maintain product integrity, while design innovations such as virtually invisible side seams create a refined, uninterrupted finish.

FlexiTubes are available in a wide range of formats and diameters, offering the flexibility to meet diverse packaging needs while seamlessly integrating with existing manufacturing processes.

Building on this foundation, UFlex brings together aesthetics, sustainability, and security in its tube packaging solutions. The company integrates advanced anti-counterfeit features directly into the packaging, protecting brand authenticity while enhancing visual appeal.

A strong focus on sustainability continues to shape the portfolio, with UFlex advancing paper-based, recyclable, and PCR-based tube solutions, along with emerging biodegradable options—enabling brands to move toward more responsible packaging without compromising on design or performance.

More than a product showcase, UFlex’s presence at CMPL Expo signals its intent to lead conversations around the future of packaging—where design, material science, sustainability, and security converge. Visitors at Pavilion 3, Booth A144, will get a closer look at how these elements come together to create packaging solutions that are not just visually compelling, but strategically relevant.

uflexltd.com/

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DMI 2026 Drives India’s Rise in the Global Tooling Industry

DMI 2026 Drives India’s Rise in the Global Tooling Industry

The 14th Die & Mould India Exhibition (DMI 2026), organized by the Tool & Gauge Manufacturers Association of India (TAGMA), concluded on a highly successful note at the Bombay Exhibition Centre. Held from April 21–24, 2026, the four-day event served as a definitive platform for the tooling industry, bringing together over 350 exhibitors and more than 35,000 visitors to showcase the latest advancements in manufacturing technology.

The exhibition highlighted the rapid momentum within India’s manufacturing ecosystem, featuring over 35 product launches and participation from more than 15 industry sectors, including automotive, aerospace & defence, electronics, and medical devices. The event’s global reach was further amplified by a vibrant Japan and Korea Pavilion and delegations from over 25 international companies, reinforcing DMI’s stature as a premier hub for innovation and business collaboration.

“This edition stands as our largest so far,” said Mr. Devaraya M. Sheregar, President, TAGMA India. “We are seeing positive momentum, with stronger order books and a clear shift towards advanced technologies, automation, and modern machining. Our toolmakers are increasingly serving both domestic and international markets, reflecting the growing competitiveness of our industry”.

The inauguration ceremony was marked by the presence of industry leaders, including Chief Guest Mr. Manoj Kolhatkar, MD and CEO of Tata AutoComp Systems Ltd., and Guests of Honour Mr. F. R. Singhvi, Joint Managing Director, Sansera Engineering Ltd. and President, Aerospace India Association; Mr. Vinamra Mishra, Joint Secretary, Ministry of MSME; and Mr. Hector U. Villanueva, Chairman, FADMA.

Concluding with a note of appreciation, D. Shanmugasundaram, Vice President of TAGMA India, said, “We sincerely thank all international delegates, exhibitors, partners, sponsors, and the TAGMA team for their support in making this event a success. Such global participation and continued collaboration will play a key role in strengthening the industry and shaping its future.”

The exhibition provided a comprehensive look at the complete value chain, ranging from CNC machining, additive manufacturing, and 3D printing to CAD/CAM/CAE software, precision cutting tools, and quality control systems. By uniting technology providers, raw material suppliers, and end-user industries, DMI 2026 once again cemented its role as a vital catalyst for India’s journey toward becoming a global manufacturing powerhouse.

tagmaindia.org
diemouldindia.org

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Leister Strengthens Welding Systems with Next-Gen Motor Engineering

Leister Strengthens Welding Systems with Next-Gen Motor Engineering

New brushless drive generation for Leister welding equipment
With the new MICROdrive, ECOdrive and POWERdrive motor families, Leister is taking a targeted technological step forward in industrial drive technology. These brushless motors are developed and manufactured entirely in-house. They are specifically designed for use in Leister welding equipment. They therefore form a key technological component of future generations of devices.

“The motor has a direct impact on the performance, control accuracy and lifespan of a welding device,” explains Pascal Bösch, Vice President R&D at Leister. “By developing our own motor technology, we can tailor it precisely to real-world applications – rather than compromising with off-the-shelf standard solutions.”

Enhanced Performance for Industrial Applications
Brushless drive technology enables more precise control of airflow, higher energy efficiency and maintenance-free continuous operation. For users, this means more stable processes, reproducible welding results, and higher system availability – especially in demanding plastic welding applications.

Three brushless motors, clear application focus

  • MICROdrive is the world’s smallest brushless blower motor in its class. Weighing just 68 grams and reaching speeds up to 40,000 rpm, it is particularly suited for compact industrial hand tools that require high power density, compact dimensions, and precision.
  • ECOdrive combines industrial performance and longevity with a sustainable material concept. The use of ferrite magnets without rare earths improves repairability and recyclability while maintaining high robustness for continuous use.
  • POWERdrive is designed for high-performance drive applications in industrial environments. The standardized digital interface also enables easy and precise integration into control and device systems while ensuring high process stability, even under demanding conditions.

“Our customers benefit directly: Process-reliable, more compact, more powerful devices, along with a significantly extended lifespan and lower operating and maintenance costs, have a noticeable impact on quality and cost-effectiveness,” says Bösch.

Already in use – platform strategy planned
The new generation of motors is already in use in devices such as the WELDPLAST 300 (Launch May 26) and WELDPLAST 600 and will be consistently integrated into our new product developments. Further integrations are planned for, among others, the new TRIAC, HOT JET, VARIANT, and VARIMAT products. In the coming years, Leister will use its unified and future-proof motor platform across its entire portfolio.

Swiss Made – developed for the future industrial reality
All motors are manufactured exclusively for Leister devices. No standard solutions, no compromises – just drive technology at the highest level, precisely tailored to industrial welding processes.

Why is this relevant for the industry?
Because the new motor technology combines sustainable material concepts with high process stability and performance – and thus measurably improves the process quality, reproducibility and service life of industrial welding applications.

leister.com

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PLASTASIA 2027: 9th Edition Set To Revolutionize India’s Plastics And Polymer Landscape

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PLASTASIA 2027: 9th Edition Set To Revolutionize India’s Plastics And Polymer Landscape

The plastics and polymer industry is set to witness one of its biggest and most impactful business gatherings as the 9th Edition of PLASTASIA-2027 is scheduled to take place from 20th to 23rd May 2027 at the world-class Bharat Mandapam (Pragati Maidan), New Delhi. The four-day mega exhibition will be spread across Hall Nos. 3, 4, 5, 6, 8, 9, 10, 11, 12 & 12A, making PLASTASIA 2027 one of the largest trade exhibitions in the sector in the region.

PLASTASIA has firmly established itself as a premier platform for showcasing plastics processing machinery, polymer technology, automation, packaging solutions, sustainable recycling innovations, raw materials and allied products. With India’s expanding demand for plastics across packaging, automotive, infrastructure, electronics, agriculture, and consumer goods, PLASTASIA-2027 aims to bring together leading manufacturers, technology providers, and buyers under one roof—enabling business growth, collaborations, and knowledge exchange.

PLASTASIA-2027 is expected to attract a strong participation from across India and international markets, including:

  • Industry leaders and major technology brands
  • Manufacturers, processors and converters
  • OEMs, importers and exporters
  • Dealers, distributors and channel partners
  • Institutional buyers, consultants and professionals
  • Government bodies, associations and trade delegations

The exhibition will highlight the latest innovations and solutions in:

  • Plastics processing machinery & equipment
  • Injection moulding, extrusion, blow moulding & thermoforming technology
  • Polymer raw materials, additives and compounds
  • Automation and smart manufacturing solutions
  • Recycling technology and sustainable manufacturing innovations
  • Packaging and downstream plastics applications

The choice of Bharat Mandapam (Pragati Maidan) as the venue further strengthens the scale and global outlook of PLASTASIA-2027, offering modern infrastructure, accessibility, and world-class amenities to exhibitors and visitors.

Exhibitor bookings and partnership opportunities are now open. Companies and industry stakeholders are encouraged to reserve their spaces early for maximum visibility and business advantage.

  • Event Details

Exhibition: 9th Edition of PLASTASIA-2027
Dates: 20–23 May 2027
Venue: Bharat Mandapam (Pragati Maidan), New Delhi, India
Halls: 3, 4, 5, 6, 8, 9, 10, 11, 12 & 12A

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