Exhibitor products

Form follows function. This sentence should be the first thing you consider when thinking about product design. Components are often designed in such a way that they look good, but do not meet the technical requirements for their actual use and the processing process. Even optical components can only achieve good quality with the help of sensible processes and optimized geometry.​ Would you like to achieve greater process reliability, greater efficiency in the manufacturing process and avoid the costs of unnecessary development errors, or achieve a higher profit in the long term?​ Through our component optimization based on injection molding simulation and our experience, we help you achieve greater efficiency and quality in the entire subsequent production chain with significantly lower follow-up costs.​ ​The earlier the topology optimization takes place, the more component and process errors can be avoided. Exploit the optimization potential early on to enable good parts to be produced later on during the first sampling. We'll show you how it's done!

The DMR series ensures maximum energy efficiency and flexibility. Thanks to its dry rotor technology, the compact dryer delivers airflows of 30 to 90 m³/h at a constant dew point of -35°C or better. The design of the drying rotor guarantees high dehumidification capacity without any dust emissions. Standard features: • Constant dew point supply through dry rotor technology • No cooling water or compressed air required • Drying range 60-140°C • Labotek Energy Saving System (LESS) • Drying hopper capacities of 40, 75, 110, 200, and 300 liters • 3-phase mains connection. Options: • Standard conveying units to/from the DMR • Dry air conveying to the processing machine (closed loop) • Built-in dew point sensor • High/low temperature version 40-180°C (cooling water required) • Tropical version for high-temperature environments • Additive trap

The Labotek mobile dry air dryer series is designed for the continuous drying of free-flowing plastic raw materials in granular form. The DDM dryer is a complete, energy-optimized dry air drying system with an integrated conveying system for the processing machine. It utilizes proven technology, offering economic and energy-saving operation. The standard temperature range is 60-140°C with a deviation of +/- 2°C. A high-temperature (HT) version with a temperature range of 60-180°C is also available. Due to precise temperature control and a dew point of <-35°C, a residual moisture content of less than 0.02% can be achieved (0.002% for the HT version). The DDM series offers... • A footprint of only 0.82 m² • Drying hopper capacities of 60, 120, 180, and 225 liters • Power supply: 3 x 400 V 50 Hz, no compressed air required • Integrated 3-phase conveyor system (SVR) for transport to the processing machine • Prepared for dew point measuring system (optional) • Additional overheating protection

• Intuitive operation • Available in 12 languages • Clear presentation of the large portfolio • Time-saving purchasing process • Creation of bill of materials • Easy access to the new newsletter for all interested parties • CAD data available for download • Free standard shipping with online orders • No minimum order value for online orders • Modern / up-to-date design • Advanced search and filter options • Ability to import and process entire bill of materials • Creation of customized items • All relevant information directly on the product page (videos, CE conformity certificates, user manuals, safety data sheets, etc.)

The in-house compounded customized biobased polymer grades created for injection molding have been developed to be processed by conventional machinery and have a quite similar behavior to that of petroleum-derived plastics but with the added value of being a sustainable product. Bioplastics are not a single material, but a diverse family of materials with varying properties and applications. According to European Bioplastics, a material qualifies as a bioplastic if it is bio-based, biodegradable, or possesses both characteristics simultaneously.

Available immediately and worldwide: Thermoplastic Elastomers (TPEs) that have a variable proportion of renewable raw materials. The THERMOLAST® R range of more sustainable solutions by is expanded by a line of products from renewable raw material sources. Bio-based TPEs also have a lower product carbon footprint than established alternatives that are not based on renewable raw materials. ::: Bio-based TPE with Adhesion to PP ::: • Bio-content up to 71% • Hardness range from 30–85 ShA • Natural or translucent colors • Filled and unfilled versions • Colorable • Processing similar to fossil-based TPE • In-process recycling possible • Selected representatives are recyclable in the post-consumer waste stream ::: Bio-based TPE with adhesion to ABS/PC ::: • Bio-content up to 55% • Hardness range from 40–85 ShA • Adhesion to polar thermoplastics e.g. ABS, PC • Natural color • Filled and unfilled versions • UL 94 HB (not listed) • Colorable • Processing comparable to fossil-based TPE • In-process recycling possible ::: Bio-based TPE with adhesion to PA ::: • Bio-content ~63% • 60 ShA; further hardness adaption on request • Adhesion to Polyamides e.g. PA 6.6, PA • Natural color • Colorable • Processing comparable to fossil-based TPE • In-process recycling possible ::: Advantages of Bio-based TPE ::: > Biogenic Absorption • = Plants are taking up CO2 from the atmosphere • Positive effect on climate • Contributing to Circularity > PCF Reduction • The CO2 uptake can be accounted to the product carbon footprint • Reduction of up to 50% > Sustainability • Reducing finite raw material usage • Supporting the transition from fossil-based materials to renewable raw materials

Bio-Flex® products are completely biodegradable plastics (acc. to EN 13432) and are based entirely or partially on natural raw materials. Bio-Flex® is suitable for the following applications: ◦ agricultural films ◦ plant clips ◦ household film ◦ waste bags ◦ shoppers, bags ◦ trays ◦ nettings Advantages of Bio-Flex® at a glance: ☑ based on renewable resources ☑ certified biodegradable and compostable according to EN 13432 and ASTM D 6400 (depending on grade) ☑ certified home compostable grades available (OK Compost HOME certificate by TÜV Austria) ☑ can be processed on existing equipment without adjustments (Drop-In Solution) ☑ recyclable (in-house, e.g. production waste) ☑ food approved to EC Directives and FDA (depending on grade)

PLA: Polylactic acid (PLA) is a biodegradable and recyclable polyester made from renewable raw materials. It can range from completely amorphous (non-crystalline) to 40% crystalline. PBS and PBAT PBS is a biodegradable bioplastic produced industrially (synthetically). PBS can be produced in two ways: from fossil fuels and from glucose. Macromolecules such as starch, cellulose, and glucose are biodegradable. While PBS was historically derived from fossil fuels, today's bioplastic can be produced from up to 100% biobased materials, depending on the raw material source. The exceptional properties of PBAT resin are based on its ability to combine the beneficial properties of synthetic and biobased polymers. This makes it an ideal choice for companies looking to reduce their environmental footprint while maintaining high performance standards. In-house Bio-Compounds ClickPlastics AG has new bio-compounds that can replace ABS (acrylonitrile butadiene styrene) in various applications. Bio-compounds offer significant sustainability advantages over ABS. Made from the raw materials polyester (PBAT) and polylactic acid (PLA), Click Plastics' in-house products have mechanical properties comparable to ABS and impress with a bio-content of 75 ± 0.5% and are completely biodegradable. Although the materials are somewhat less heat-resistant due to their high bio-content, bio-compounds can be processed using standard extrusion and injection molding processes. This environmentally friendly material has the potential to revolutionize areas such as toys, household and medical devices, and 3D printing. Bio-compounds offer a promising and sustainable solution that could become the leading material in various industries.

Beologic is our answer to the question of how we bring sustainability and environmental protection into balance with quality-tested materials and a unique product portfolio. The Belgian producer is our reliable partner in the implementation of bio-based, sustainable and flexible solutions. Since its foundation in 2000, Beologic has focused on the production of wood-plastic polymers of the highest quality and has developed into a manufacturer of compounds based on various polymers and natural fibres with a capacity of 20,000 tons per year. Replacing the previous materials with natural fibers or recycled polymers from Beologic significantly reduces the CO2 footprint. This has resulted in many developments for injection molding and extrusion applications. The following product lines are manufactured by a highly motivated team: BeoBase (traditional wood-plastic compounds WPC based on standard polymers) , BeoGrade (bio-based compounds, with/without filler, compostable) , BeoSmart (density-optimized polyolefin compounds) BeoCycle (filled/unfilled compounds based on regranulate). Please contact us for a suitable product selection. We will be happy to help you.