Palsgaard was founded in 1919. With 500 employees worldwide, the company is of great importance to the food industry. With the invention of food emulsifiers, Palsgaard revolutionised the mass production of food and continues to play a leading role in research and development in this field, and recently the concentrated development of polymer additives with the same structure as found in food chemistry has resulted in a range of highly efficient and safe functional additives for a number of different polymer applications. The main focus is on antistatic, antifog, demoulding and slip properties, as well as improved pigment dispersion for food packaging products. Palsgaard has a dedicated team of developers and technicians with decades of experience both in the development of polymer additives and in providing technical application advice to our customers. Modern laboratory equipment supports the continuous development projects, through which new additive solutions and concepts are regularly introduced. The development centre is an important basis for ensuring that the best possible solution for the respective packaging application or technical problem solution is always developed for customers. Palsgaard has five production sites - in Denmark, the Netherlands, Mexico, Brazil and Malaysia. Production in Denmark has been 100% carbon neutral since 2015, followed by Mexico in 2016 and the Netherlands in 2017. Palsgaard has set itself the goal of operating all production sites completely emission-free by 2020.

MLPlastics GmbH meets the constantly growing demands of the markets for masterbatches, technical polymers, specialty compounds and high-performance polymers. The requirements of our customers set the standard for the quality of our products and services. We measure our success by the assessment of our customers. Our quality policy ensures that the requirements of all customers with regard to our products and processes are met in full and without deviations at all times. It´s our declared aim to maintain this high standard continuously and without exception and to constantly improve it. Our suppliers make a significant contribution to the quality of our products and services. We therefore place the same quality demands on them as we do on ourselves. Close cooperation with our suppliers and customers alone enables us to ensure that all products and services meet our own high quality standards. MLPlastics GmbH is certified according to DIN EN ISO 9001:2015 and manufactures approx. 4000 tons for products in its own range. The product range is rounded off by our well-known distribution partners - DOMO - HEXPOL TPE - NOVALCA - MESGO - FREEFLOW - BEOLOGIC - PALSGAARD - POLYMIM - SIPOL - TECHNOCOMPOUND - IDEMITSU. We will be pleased to help you with the technical product selection of our entire portfolio and provide you with an appropriate offer for your location. Our technically experienced team will support you from initial sampling through to series production. Simply test our network and call: 040-32528660.

Functional foil bonding is a process for integrating printed, electrically functional foils into plastic components. Conductive structures are applied to a foil (e.g., PMMA or PC) and then bonded to the component using thermoforming and injection molding. In this process, the functionalized foil is first structured and contacted, then formed into the desired geometry and permanently bonded to the plastic body through a lamination process. This creates integrated conductive traces, sensors, or control elements. The process enables a high degree of functional integration, reduces the number of components and assembly steps, and improves design freedom as well as mechanical and electrical reliability.

As an authorized service and distribution partner of INTAMSYS, we introduce the FUNMAT PRO 310 APOLLO – an industrial FFF system designed for reliable processing of high-performance PAEK polymers, particularly PEEK. Unlike conventional high-temperature 3D printers, the 310 APOLLO is engineered for continuous and reproducible manufacturing processes. Its multi-physics process control – integrating thermal, mechanical, and process parameters – enables both increased build speed and consistent part quality. Key industrial benefits include: enhanced process stability for high-performance polymers improved mechanical properties in the Z-axis consistent part quality across multiple production runs The integrated ecosystem – including RFID-based material management, active filament drying, and comprehensive process data tracking via INTAMQuality™ – enables full traceability and quality-assured serial production in FFF. This positions the 310 APOLLO as a solution for industries such as aerospace, automotive, and robotics, where high-performance polymers are increasingly replacing metal components. As a partner, our focus extends beyond machine supply to application qualification, process integration, and long-term production stability, ensuring that additive manufacturing can be deployed as a reliable production technology.

As an authorized service and sales partner of INTAMSYS, we present the FUNMAT PRO 310 NEO – an industrial FFF system for reliable processing of high-performance and engineering thermoplastics such as PLA, ABS, PETG, as well as polycarbonate (PC), polyamide (PA/nylon), PPS, and fiber-reinforced materials (carbon and glass fiber). The 310 NEO is designed for stable and efficient industrial operation. Its coordinated thermal management, motion control, and material handling ensure consistent part quality and high productivity. Key advantages for industrial applications include: reliable processing of a wide material range stable thermal conditions for low-warp parts high reproducibility across multiple print jobs With a closed, heated build chamber and controlled filament environment, the system enables process-stable manufacturing, even with demanding engineering materials. It is well suited for functional prototypes, tooling, and cost-efficient small-batch production. The 310 NEO meets the needs of industries such as mechanical engineering, automotive development, and general engineering, where durable plastic parts must be produced quickly and reliably. As a partner, we support customers in technology selection, integration into existing workflows, application development, and ensuring stable, efficient long-term production.

As an authorized service and sales partner of INTAMSYS, we present the FUNMAT PRO 610HT – an industrial FFF system designed for processing high-performance polymers such as PEEK, PEKK and other PAEK family materials, as well as high-temperature thermoplastics like PPSU and PEI (ULTEM™). The 610HT is engineered for demanding industrial applications. Its precise thermal control, elevated chamber temperatures, and robust motion system ensure consistently high part quality. Key advantages for industrial applications include: reliable processing of high-performance polymers high thermal stability for low-warp parts excellent mechanical properties, including in the Z-axis With an actively heated build chamber and controlled material environment, the system enables stable manufacturing processes even with the most demanding materials. This makes the 610HT ideal for functional end-use parts, tooling, and applications requiring high thermal and mechanical performance. The 610HT is designed for industries such as aerospace, automotive, medical technology, and industrial manufacturing, where high-performance polymers increasingly replace metal components. As a partner, we support customers in integrating the technology into existing production processes, qualifying applications, and ensuring stable, repeatable manufacturing conditions.

First choice for all industries and materials.

We manufacture various components for furniture parts, such as brake assemblies for sliding door wardrobes or injection-molded parts customized through digital printing.

DROP-IN, CONNECT AND INJECT A completely pre-assembled and pre-wired system which allows for quick and easy one step drop in installation and connection. Ensures your mold is back into production as quickly as possible. Focused on high quality economical production of medium to large parts it is the ideal system for automotive, appliance, logistic and many other similar applications.

KUTENO focuses on hot runner systems for applications such as thin-walled packaging, closures and medical technology products, as well as the processing of biopolymers and compostable compounds. In addition, Oerlikon HRSflow concentrates on future-oriented automotive applications and the innovative FLEXflow system, which was specially developed for challenging injection molding tasks.

FWOne – Software for tool and mold making FWOne is a powerful standard software solution for tool and mold making in the plastics industry. It provides full transparency across processes, improves planning and control, and supports efficient project execution. For better control, optimized utilization, and reliable operations in toolmaking.

Meusburger change moulds are the ideal solution for the quick and cost-effective production of small series and prototypes. Thanks to the special change system with positioning wedges, the inserts can be changed quickly and easily with repeatable accuracy.

Imagine a material that feels like plastic, functions like plastic, even looks like plastic - but goes far beyond it. A material that leaves no microplastics behind, decomposes naturally, and reduces CO2 emissions by 80%. GAIA BIOMATERIALS created that revolutionary material called BIODOLOMER®, and it has the power to transform your business.

Gas Assisted Plastic Injection Moulding For over 25 years, Weiss Precision has used gas assist molding for plastic injection molding in a variety of applications, offering OEMs numerous advantages. When it comes to reducing time and cost without compromising quality or design options, gas assist injection molded plastics make a great choice. Gas Assist Molding Process Pressurized nitrogen gas is injected into a mold, pushing the plastic into the mold extremities, while hollowing out thicker portions of the part. Gas assist molding is a process of plastic injection molding at low pressure, in which plastic is pushed into mold extremities by pressurized nitrogen gas. During the gas assist molding process, plastic material is melted and injected into mold cavities via conventional injection molding. Plastic material in contact with the mold walls begins to solidify first. As this happens, nitrogen gas is injected into the mold through strategically designed and placed gas channels, providing pressure that pushes the plastic material into the mold extremities. Once the plastic cures, the nitrogen is vented and the gas assist injection molded plastic parts are removed from the mold.

PMM.Net combines gauge and calibration management, gauge monitoring, gauge lending, and measurement system analysis (MSA) in one software. Plan, administrate, control, and calibrate all your inspection equipment with PMM.Net – from simple calipers to the most complex multi-dimensional gauges. The calibration management software PMM.Net records the full history of each gauge and thereby facilitates consistent traceability. The software allows you to calibrate your gauges either at fixed intervals or in a production-accompanying manner. Simplify the integration of gauges into your daily inspection planning processes with the predefined fitting tables and inspection standards included. Eliminate the error-potential of manual calibration management by using the integrated gauge assistants. Highlights of the Calibration Management Software PMM.Net • Compliant with ISO 9001, IATF 16949, VDA, MSA (QS 9000), IFS, and ISO 13485 • VDA 5 proof of suitability • Display inspection plans in accordance with VDI / VDE 2618 • Dynamic location / storage related inspection intervals • Complete inspection history of characteristics and gauges • Evaluation of gauge suppliers • Integrated inspection plan management • Inspection history and gauge life-cycles at location of storage / utilization • Integrated standards and fitting tables • Production-accompanying calibration • Import and export inspection data in accordance with VDI / VDE 2623