International procurement of plastic injection molds

Cobot HSB ED-1300 C Cobot applications are diverse and range from repetitive, precision-based, and ergonomically demanding tasks to complex, quality-critical processes. Typical areas of use include pick-and-place, machine tending, packaging, palletizing, quality inspection, as well as screwdriving,grinding, polishing, welding, soldering, and adhesive bonding. Through safe direct collaboration with human operators, the HSB ED-1300 C increases efficiency, process quality, and employee satisfaction across industries such as manufacturing, logistics, the food industry, and even rehabilitation. Its flexible integration enables cost-effective automation and supports productive 24/7 operating models. •Easy to operate, equipped with drag teaching and trajectory learning functions, users can directly drag the robotic arm with their hands for programming. • The robotic arm can automatically learn the user defined teaching trajectory and the user-defined operating trajectory, making programming simple and convenient. • High safety, advanced collision detection function automatic stop in case of unexpected collision, and collision detection level can be set according to actual application needs. • Easy to install, highly lightweight and flexible, allowing it to achieve a 360° installation position posture, supporting other specific installation methods such as base installation, lifting, arm installation, etc. • Widely used in various fields such as grabbing, spraying, asembly, polishing, visual inspection, etc., to help customers achieve the Industry 4.0 mode of production automation and unmanned operation. Cobot with 360° range of motion and max. reach of 1300 mm at repeatability of 0,05 mm. Easy to operate, easy to install, widely used in various fields. The cobot weight is 35 kg and the limited payload max. 10 kg.

Additive manufacturing in toolmaking is often associated with prototypes or special solutions. However, it is increasingly proving that additively manufactured functional components can offer real advantages in production tools, especially where conventional cooling and flow channel designs reach their limits. A recent project at Faust Kunststoffwerk illustrates this potential using a newly developed cap core. The objective was to stabilize mold filling, reduce material overpacking in the cavity area, widen the process window, and sustainably improve part quality. The core blank was additively manufactured from Printium 13 by Addition and subsequently precision-machined on all functional and sealing surfaces. Flow and thermal design were carried out by the engineering office Juri Müller. The key factor is the internal geometry. Optimized cooling and flow channels enabled targeted control of pressure and temperature within the core area. Validation under production conditions showed a volumetric switchover point approximately 1.5 cm3 later, significantly reduced material overpacking, and lower mechanical tool stress. The process remained stable over 1.5 hours of production, 500 bar holding pressure proved sufficient, and the surface structure was more uniform. The cavity is filled in a more controlled manner, resulting in a more robust process window and improved reproducibility. Additive manufacturing is therefore not an end in itself, but valuable where it enables geometries that are difficult to realize conventionally. For series production, this means lower process sensitivity, reduced scrap rates, and more stable manufacturing conditions.

Air cooled chiller with a rated cooling capacity of 12,5 kW

Industrial Automation The Schäfer Group develops solutions with a high degree of automation for the production of complex assemblies for a wide range of applications. As an expert in automated wire and terminal processing, Schäfer has acquired extensive know-how since the company was founded in 1985. To increase productivity, we combine individual processes into fully automated complete solutions. Here, high production quality is achieved through integrated control systems. Digital extensions for operation and networking as well as monitoring of facilities in the sense of a Smart Factory open up new possibilities on the way to Industry 4.0.

Erleben Sie mit der LD-Series die Zukunft der Intralogistik. Die mobilen Roboter bewegen Nutzlasten von 60 – 1.500 kg sicher durch jede Räumlichkeit. Durch optimierte Streckenführung passen sie sich spontan wechselnden Bedingungen an und sind somit die ideale Lösung für anspruchsvolle Umgebungen. Mit dem Enterprise Manager als Netzwerkgerät realisieren Sie die Koordination sämtlicher mobiler Roboter in Ihrem System. Mit intelligenter Steuerung optimiert der Manager selbstständig den Verkehrsfluss und die Aufgabenverteilung innerhalb Ihrer Flotte. Wir von Lenkering sind offizieller Vertriebspartner für die Mobilen Roboter-Systeme LD & HD. Somit erhalten Sie von uns sämtliche Unterstützung rund um die innovativen Mobilroboter – von der Projektierung bis zum technischen Support. Sie können die Robotik-Modelle sowohl als Stand-Alone-Lösung, als auch integriert in ein individuelles Automations-System erhalten.

Brenntag has received the German Sustainability Award in the Chemical and Materials Wholesale category—Germany's most prestigious award for ecological and social commitment. The jury particularly recognized: • our leading role in sustainability, • the alignment of our portfolio on sustainable solutions (2024: 91%, target for 2025: 100%), • our CO₂Xplorer, which helps customers understand and reduce their carbon footprint, • and our CO₂ reduction targets, which have been validated by the Science Based Targets Initiative. Brenntag was beating out other well-known companies such as Univar, IMCD, Azelis, and Caldic and will be officially honored in Düsseldorf in December. This success is another milestone on our joint journey toward greater sustainability.

NOPLA® is a biodegradable and compostable biogranulate made from non-artificial potato starch, with the starch remaining chemically unmodified. The innovative material can be used to produce finished products through injection molding, extrusion and thermoforming on existing machine parks. Products made from NOPLA® are not considered plastic, offering a sustainable alternative for various applications. The main focus will be the “Single Use Plastics” applications that have been banned in Europe, such as straws, clips etc. First applications in airplane cutlery and flowerpots have already been realized. NOPLA® products are: • Patented: the patent protects the breakthrough method of preparing the starch mixture without chemical modification • Innovative: obtaining TPS thermoplastic starch solely through mechanical processes • Biodegradable: NOPLA® and its end products are biodegradable in the aquatic environment and soil • (Home) Compostable: NOPLA® biogranulates and their end products compost under both industrial composting and home composting conditions (confirmed by tests and certificates obtained from TUV Austria) • Food contact compliant: the materials are suitable for food contact products

"In principle, all of our cleaners are already sustainable," explains Langhammer. This is primarily due to the products' patented active ingredients: "They don't require any contact time. So you can clean very quickly, using little electricity, and above all, you need very little material." The reduced use of materials also leads to less waste. "This makes the process more sustainable overall than, for example, flushing with polypropylene and fiberglass," explains Langhammer. Application-specific variants for sensitive processes For specific applications, such as the processing of biodegradable plastics, the company also offers PLA-based cleaning granules. According to Langhammer, these consist of "100% biodegradable ingredients" and are particularly suitable for film applications. The reaction products produced during cleaning – CO₂ and water vapor – are harmless, and the resulting carrier polymer can, depending on the degree of contamination, be easily returned to the material cycle. Granula Polymer has also developed a bio-based cleaning granule based on renewable raw materials. "The analogue of our classic Clean Uni is based on sugarcane," says Langhammer. Due to the favorable CO₂ footprint of the raw material used, the product is CO₂-negative, according to calculations by the Lüdenscheid Plastics Institute. Market Launch and Price Sensitivity The market launch of the new products is currently underway. "We've just received initial inquiries for individual samples," reports Langhammer. However, it generally takes time before such products can be tested and integrated into ongoing production processes. At the same time, she sees a widespread misconception in the market: "My guess is that the market thinks the materials are automatically significantly more expensive. That's not the case."

With GranaClean BIO, the company has developed a screw cleaner that is based entirely on biodegradable ingredients. It is intended in particular for plastics processors who process biodegradable plastics. The 27-year-old family business Granula-Polymer GmbH, Groß-Umstadt, has been offering granulates for the effective cleaning of all screw machines in the plastics processing industry for some time. The company has always focussed on sustainability. For example, the energy balance in production is low and the electricity for production comes from renewable energies. Production is carried out in accordance with certified environmental management and in Germany, which keeps transport routes short. Samples and small quantities are also shipped in a climate-neutral way. According to the manufacturer, the use of 1 kg of GranaClean replaces an average of 7 kg of polypropylene. No soaking time is required during cleaning, which saves energy. As the cleaning agent does not have an abrasive effect on surfaces, no additional wear is caused. According to Granula Polymer, the versatile and ready-mixed cleaner GranaClean UNI is used for most applications. GranaClean BIO has now been added to the portfolio. This is based 100% on biodegradable ingredients and was developed specifically for plastics processors who process biodegradable plastics themselves. For this customer base, according to Dr. Langhammer, Managing Director of Granula Polymer, it makes little sense to use non-degradable materials on the machine for cleaning. As with GranaClean UNI, care has been taken to ensure that all ingredients are food-safe in accordance with EU Directive (EU) No. 10/2011, do not have an abrasive effect on the machine surface and do not contain any hazardous substances for people or the environment. The cleaners have a chemical and mechanical effect and expand during cleaning...

Digital Moulds, the young start-up from Upper Austria, has been working with the BMW Group since 2019. In the supplier relationship, the digitalization of tools is being driven forward in order to make tool performance measureable. The collaboration has provided significant impetus to increase efficiency and transparency in the supply chain through smart manufacturing - clear evidence of the supplier's sustainable value contribution. This digital transformation was made possible by an interface that is not only powerful and easy to implement, but also knows no system boundaries. The data is seamlessly transferred to the exisiting BMW Group IT infrastructure. Data exchange is standardized and efficient, which is particularly essential in a complex production environment. The interface is used by other internationally operating groups. It is high-performance, easy to understand and very well documented. Mould Monitoring is a central component of the system. Among other things, the system includes global condition monitoring, which includes locating the moulds. The system makes it possible to keep an eye on mould performance at all times (independent of location and time). In addtion, Mould Monitoring generates transparency about the mould condition data and ensures proactive resource management within QMT and mould qualification. This information is prepared and visualized in the form of dashboards. That results in increased transparency for further optimization of the supply chain. Digital Moulds impresses with its high levels of technical expertise, flexibility and ability to respond quickly to customer requirements. The company from Sierning in Upper Austria benefits from its "small" size, which enables short decision-making paths. Thanks to the ownership of the two renowned toolmaking companies HAIDLMAIR and Hofmann, Digital Moulds has a broad foundation and can draw on the combined expertise of the two global players.

BOY 20 E PRO – Compact Injection Moulding Machine with Maximum Efficiency Reliability & Low Operating Costs The BOY 20 E PRO impresses with outstanding reliability and extremely low hourly machine rates. With a footprint of only 1.8 m², it is one of the most compact injection moulding machines on the market while offering maximum efficiency in plastics processing. Ergonomic Design & Flexible Expansion The free-standing clamping unit provides optimal accessibility and can be individually expanded with automation equipment. Its simple, clear, and ergonomic design ensures ease of operation and process reliability – ideal for automation in injection moulding. Versatility with Injection Units & Options In addition to injection units 11 and 15, the SP 52 injection unit with seven different screw diameters offers a wide range of applications. The performance spectrum of the BOY 20 E PRO is further enhanced by numerous options – from integrated handling interfaces with Integralpicker to standardized interfaces such as EUROMAP 67. This makes the BOY 20 E PRO a future-proof injection moulding machine for a wide variety of applications.

Minimizing environmental impact is crucial in the Material Science industry. Our new CO2Xplorer tool empowers business users to take control of the environmental impact of your products. Based on our trusted product carbon footprint (PCF) measurement methodology, certified by TÜV Rheinland Energy & Environment GmbH, the tool simplifies the process of assessing your product’s footprint. And don’t just take our word for it: we won the ICIS Innovation Award 2024 for the CO2Xplorer, in the category of Best Digital Innovation. Calculate your ecological footprint now at https://corporate.brenntag.com/en/sustainability/brenntag-co2xplorer/

HASCO supports designers with a comprehensive portfolio of CAD data and digital services that are specifically tailored to the requirements of tool and mouldmaking. Our solutions enable efficient and professional design using state-of-the-art technologies. At the heart of our offering is a complete collection of high-quality 3D models of all HASCO standard components. These are available for all common CAD systems and can be seamlessly integrated into existing design processes. This offering is complemented by parametric standard part libraries that can be directly integrated into the CAD system. Intelligent configuration tools allow the 3D data of the standard components to be customised before downloading – for reliable installation and a significant reduction in design time. Additional software solutions offer further added value for design, including: HASCO SET – powerful offline design software Mould base Assistant – an intuitive tool for rapid tool design Gearbox software – supports the design of gearboxes and the demoulding of articles with threads HASCO colour tables – for precise tolerancing and visualisation of CAD models Start your efficient design process now with HASCO's digital solutions – and benefit from maximum precision, time savings and process reliability. Your benefits - Parametric models Flexible size adjustment of standard parts during the design process - Customisability Quickly and easily adapt models to specific requirements using smart interfaces - Short design time Efficiently reduce design time with dynamic CAD models - Secure data transfer Access to constantly updated data in the appropriate format for the respective CAD system

Our calendered PVDF (Polyvinylidene fluoride) sheets offer an outstanding combination of chemical resistance, thermal stability, and mechanical strength. Available in thicknesses from 2 to 6 mm, they are the ideal solution for industrial applications where reliability and durability are essential. Typical Applications - Chemical industry - Semiconductor manufacturing - Medical devices - Water and wastewater treatment - Facades, cladding, and exterior construction elements Key Properties - Excellent chemical resistance Resistant to acids, bases, solvents, and aggressive media – ideal for chemical processing systems. - Heat resistant up to 150 °C Maintains mechanical properties even during continuous high-temperature operation. - UV and weather resistant Suitable for long-term outdoor use, e.g., in facades or industrial structures. - High mechanical strength Good rigidity and dimensional stability enable use in structural applications. - Easy to process Suitable for milling, drilling, cutting, and welding. Accessories Matching PVDF welding rod available in Ø 3 mm and Ø 4 mm.