CO₂ laser marking: Precise. Economical. Versatile. The MPERIA® CO₂ laser is the proven solution for industrial CO₂ laser marking. It produces razor-sharp markings on a wide range of surfaces such as paper, cardboard, plastics (PET, PVC, PE), glass, or coated materials. The system guarantees high-contrast, permanent markings at maximum speeds – all with minimal maintenance requirements. Every production environment is unique. That is why we support you with individual consultation instead of one-size-fits-all offers. Together, we define the ideal laser configuration (power & wavelength) – precisely tailored to your material, your line integration, and the required throughput. Test it free of charge now: We create a sample marking directly on your product. This gives you maximum confidence and lets you see the result in black and white before you make your decision.

Fiber laser marking – durable, high-contrast & economical MPERIA® fiber lasers offer a powerful solution for precise, permanent marking on a wide range of substrates – including metal (such as stainless steel, aluminum, copper), ceramics, flexible films (fiber film version), and industrial components. With high speed, minimal maintenance requirements, and excellent integrability, they are ideal for modern production environments. Our systems produce high-contrast, abrasion-resistant markings – even at high volumes and under demanding conditions. They operate without ink, are energy-efficient, and can be seamlessly integrated into existing equipment. Curious whether a fiber laser is suitable for your application? Request a free sample marking now – tested under real-world conditions directly on your original material.

Replace complex printing processes with our maintenance-free MPERIA® laser systems. Whether a robust fiber laser for films, a versatile CO₂ laser for packaging, or a gentle UV laser for heat-sensitive products – we offer the technologically leading solution for every surface. Benefit from permanent markings without consumables, maximum operational reliability, and seamless integration into your production line.

Precise. Contactless. Gentle. The MPERIA® UV laser offers a modern solution for fine, abrasion-resistant marking of sensitive materials – ideal for industries with high quality requirements such as medical technology, electronics, or the pharmaceutical industry. Thanks to the short UV wavelength (355 nm), the material is subjected to minimal thermal stress. This enables razor-sharp markings on plastics, ceramics, cable insulation, films, or packaged medical products – without deformation or burn marks. Despite its extreme precision, the UV laser operates at high speed, with low maintenance requirements and high efficiency. Its compact design and intuitive control allow it to be seamlessly integrated into your production line. Request a free sample marking on your original material now – for maximum confidence in your decision.

LUMILOY is an mPPO product based on PPO (polyphenylene oxide) alloyed with HIPS, PA (polyamide) or other resins and has excellent dimensional stability and electrical property.

ULTRASONIC SERIES MACHINE MS sonxTOP MEMBRANE To save material and production costs of plastic parts with integrated membranes: MS sonxTOP MEMBRANE. Whether as a manual workstation or integrated in an automation system, the modular solutions integrates punching and sealing of the membrane in one process step (among others DAE [pressure equalization elements]) in a cycle time of less than 2 seconds. In short, the ultrasonic machine combines four process steps. Strip transport with splice control, mechanical punching out of the strip material, transport of the membrane die-cuts to the sealing position and lastly, sealing of the die-cuts by means of ultrasonic on the plastic components. To reduce machine downtime to a minimum, when changing the punching and sealing tools, the MS sonxTOP MEMBRANE has an innovative quick tool change system which enables tools to be changed in under five minutes (without the cutting gap between the sonotrode and the punching die needing to be adjusted). Torsional punching and sealing A special feature is the punching and sealing of membranes using the MS Technology Group’s patented torsional sonotrode. Due to the tangentially introduced vibrations, the membrane material is punched and sealed particularly gently, allowing the thinnest materials to be used. Damage to welded membranes is reduced many times over compared to conventional longitudinal welds. Due to the ban on PFAS in PTFE membranes and ever increasing demands on permeability, membrane manufacturers are facing major challenges. Thanks to the torsional sonotrode technology, even newly developed and thinnest membranes can be welded.

Ultrasonic plastic welding is a method of joining two pieces of thermoplastic together seamlessly using high frequencies. An ultrasonic plastic welding machine converts high-frequency electrical energy into high-frequency mechanical energy to fuse parts without changing their state from solid to liquid. Since no melting occurs, the joints created are so strong and seamless that they even rival the material characteristics of injection molding. In addition, ultrasonic technology is used to make clean and precise cuts through many types of materials. Ultrasonic plastic welding machines are used throughout nearly every industry, including automotive, food and beverage, medical, aerospace, electrical, and more. This technology is used to process and join films, textiles, and thermoplastics, or even cut foods. At MS Ultrasonic Technology Group, we offer a range of custom and standard ultrasonic plastic welding machines, including the MS sonxTOP series. Our machines provide versatile solutions for many applications, including consumer goods, medical technology, automotive, and more.

🔵 High-temperature resistant PS-based microbeads ⚪ Thanks to their temperature resistance of up to 310 °C, the MS-FHC series is particularly suitable for use in engineering plastics and in applications requiring very high processing temperatures. With a refractive index of 1.59, MS-FHC microbeads act as an efficient lightdiffusion additive in PMMA and silicone compounds. 🔵 Advantages: • Broad compatibility • Good resistance • Temperature resistant up to approx. 310 °C • Narrow, controlled particle size distribution • Excellent flow and dispersing properties • Food approval 🔵 Applications: Masterbatches and compounds: • Light scattering in foils and films • Antiblocking in foils and films • Light scattering in PMMA and silicone • Antiglare in PC 🔵 Available particle sizes: 3 µm, 5 µm, 10 µm

Compact solution for temperature control in plastic injection molding The SMI multi connection system is the perfect solution for small injection molding machines. This compact and ergonomic system offers outstanding flexibility, as it can be easily installed on both new and existing injection molding machines and molds. Implementing the SMI multi connection system guarantees correct mold set-ups reducing scrap, boosting production efficiency, and ensuring operator safety.

Maximum output with maximum availability: We manufacture multi-cavity injection molds for the special requirements of the medical technology, packaging and consumer goods industries. With great attention to the uniformity of the individual cavities, we ensure the best reproducibility of your injection molded products. Also in combination with other technologies such as 2K, 3K or insert injection molding. Up to 64-cavity: Our high-cavity injection molds set standards in productivity and enable continuous 24/7 production. Highest performance: Our mold are developed for maximum performance to meet even the most demanding production requirements. Maximum accuracy: Precise tolerances are not a compromise, but a promise. Our tools offer maximum accuracy in production. Replaceable cavities: The interchangeability of cavities enables flexibility, tool longevity and optimizes production processes. Based on a pilot injection mold: Injection molds can be designed on the basis of a carefully developed pilot tool. This allows us to optimize every nuance from the flow behavior of the plastic melt to the final cycle time and ensure that the end product meets the highest standards.

Versatile. Space-saving. Intelligently organised. Multi-chamber silos enable the storage of several bulk materials in a single silo body – cleanly separated, optimally protected and efficiently available at all times. Ideal for businesses that require high flexibility and maximum use of space. 1. Multiple products – one silo Our multi-chamber silos consist of two or more separate chambers. This allows you to store different materials in a space-saving, compact system – without mixing or loss of quality. (Batch separation) 2. Perfect for businesses with a wide variety of products Ideal for companies that process many different materials or recipes and need to store them flexibly, clearly and quickly. 3. Space and cost savings The compact design eliminates the need for multiple individual silos. This reduces foundation costs, shortens installation times and saves valuable operating space. 4. Individually configurable Eichholz multi-chamber silos can be flexibly designed in different chamber sizes to meet your requirements. This gives you a solution that is precisely tailored to your material and processes. 5. High material and process reliability The clear separation of the chambers and high-quality materials ensure consistent product quality, safe processes and reliable protection against contamination. Technical data: Max. silo height: 30,000 mm. Diameter: 1,900 to 5,000 mm Storage volume: 20 m³ to 500 m³ Special dimensions Material: Aluminium: EN AW-5754 (AlMg3) Stainless steel: 1.4301/1.4404 Bulk density: up to 20 kN/m³

We specialise in single and multi-component extrusion, offering combinations of rigid and flexible materials. Our expertise includes corrugated metal hose and metal tape sheathing. Using a variety of thermoplastics such as PE, PEx, FEP, PVDF, TPU, TPO, PVC and others, we ensure application specific material selection to meet diverse requirements.

Our state-of-the-art 3-component injection molding machine allows you to combine up to three different materials in one injection molding process. Your challenge.... No problem for us!