Thermal inkjet printers, summarized by us in the VIAjet™ L series, are high-resolution marking technologies. This cartridge-based marking system is a cost-effective alternative to continuous inkjet and thermal transfer printers. Each time the cartridge is swapped, the printhead is automatically replaced within seconds, so you benefit from consistently high print quality. Print variable data, graphics and text at high speeds on a variety of substrates with our L-Series thermal inkjet printers. Whether marking corrugated cartons, barcodes on coated and uncoated materials, or expiration dates on glossy labels: These and many more examples are excellent applications for our VIAjet L-Series thermal inkjet (TIJ) printers.

Thermally conductive and electrically insulating at the same time: In contrast to metallic materials, both properties can be combined in thermoplastics compounds. Sattler Compounds are always coloured according to customer specifications. In this way you receive high quality, and directly processable plastics granulates. Our Ekalon® PC compounds are also flame-retardant and UL-listed.

The new size impresses with higher heating, cooling and pump capacities and now covers a temperature range from 100 °C to 140 °C and 160 °C up to 180 °C. The pump capacity is up to 140 L/min, the heating capacity is 16 kW as standard and the cooling capacity is up to 120 kW @ 60 K. As with size 61, the new size 62 also utilises the familiar 4T can and synchronous pumps with their very high efficiency in the 100 °C units and the 4S pump from 140 °C upwards. The same applies to the new, more powerful 6P and 6R pumps with a flow rate of up to 140 L/min, whereby the 6P ‘Direct Drive’ pump also impresses with its particularly high efficiency for temperatures up to 100 °C thanks to the avoidance of eddy current losses. All pumps are frequency-controlled as standard for maximum efficiency, precision and performance. Due to their high flow rates, units with 6P and 6R pumps also use connections with larger cross-sections. Although slightly wider in physical design, the new size 62 units are 650 millimetres less high than their Series 5 predecessors, which has a positive effect on the installation options in the area of production facilities. With their overall height, the new systems also fit very well under production systems or in the immediate production environment. The reason for the larger dimensions: The greater performance potential of size 62 in the areas of heating, cooling and pumping. Nevertheless, the full potential of this size has not yet been fully utilised.

BWF Thermoforms specializes in the development and production of high-quality thermoformed parts for demanding technical and design-oriented applications. Using state-of-the-art thermoforming systems, we process thermoplastic materials into dimensionally accurate, function-integrated components with complex geometries and high-quality surfaces. Our thermoformed parts are used wherever low component weight, high design freedom, and cost-efficient manufacturing are required. Through in-house tooling, stable and reproducible processes, and close coordination between development and production, we ensure consistently high quality – from prototypes and pre-series to full-scale production. A particular focus is placed on the integration of technical functions, such as fastening elements, reinforcement structures, or assembly features, as well as on the precise realization of visible and functional surfaces. Complementary downstream processes, including CNC machining, drilling, and surface finishing, enable ready-to-install thermoformed parts from a single source. BWF Thermoforms stands for technical expertise, process reliability, and customized solutions in thermoforming.

The thermoforming is particularly suited for the production of simple plastic components in small batches, with the advantage of low mold costs. Thermoforming allows for fast tool making and would therefore be also an obvious choice for prototyps. The surface could be refined later. Manufacture of technical thermo-moulded components made of standard and high-tech plastic Processing with high-performance 5 axes CNC milling machines Complete component assembly Production of voluminous molded parts up to 2400 x 1200 x 900 mm Thermoforming has the following advantages: Fast tool making Production of small and large batches Prototyping Low tool costs

As part of our comprehensive manufacturing capabilities, WELP Group offers advanced thermoforming solutions for the production of high-quality plastic components. This process enables the efficient manufacturing of lightweight, durable, and precisely shaped parts that meet the demanding requirements of a wide range of industries. From the initial concept and material selection to tooling, prototyping, and series production, we support our customers throughout the entire development and manufacturing process. Our thermoforming technology is particularly suitable for medium to large components, complex geometries, and applications where weight reduction and cost efficiency are key factors. With our expertise in plastics processing and integrated production capabilities, we deliver customized thermoformed solutions tailored to specific technical and functional requirements. Whether individual components or complete assemblies, WELP Group provides reliable, scalable, and high-quality manufacturing solutions.

Thermoforming of plastic components for industrial applications Froli is your partner for cost-efficient thermoforming of plastic components. We manufacture decorative, lightweight, and durable parts precisely tailored to your application – ideal for functional covers, housings, claddings, and system components in series production. Thermoforming enables the economical production of large-format plastic parts with high stability. Key advantages include low component weight, high design flexibility, and significantly lower tooling costs compared to injection molding. At the same time, stable processes ensure consistent and reproducible quality for industrial B2B applications. Froli supports you throughout the entire process – from material selection and design to toolmaking and series production. With our high level of vertical integration and technical expertise, we create customized solutions that are functional, cost-efficient, and durable. Typical applications include technical housings, functional covers, protective and cladding parts, as well as formed components for machinery and equipment. Our solutions are optimized for industrial requirements and stand out for their efficiency and reliability. With many years of experience and strong consulting expertise, Froli is your reliable partner for industrial thermoforming solutions – from concept to series production.

MESGO was founded in 1996 in the north of Italy and has three production facilities in Europe and one facility in Asia. The company specialises in the development and production of thermoplastic compounds and masterbatches. The mostly customised masterbatches include flame retardant compounds as well as highly filled or electrically conductive products. Another core segment of MESGO is additive and colour masterbatches. The speed and precision of colour adjustments are among MESGO's strengths. The production capacity is 12,800 tonnes/year for compounds plus 9,000 tonnes/year for colour and additive masterbatches. Another business area is the development and production of rubber compounds. MESGO is the European market leader in silicone compounds and additives. MESGO has been part of the HEXPOL Group since 2018 in order to further accelerate the company's international focus.

Are you looking for a specialist in the extrusion of plastics? Our special production methods make us a leader in thermoplastic profile extrusion. We process compounds with short or long fibres from materials such as glass, carbon, minerals. We achieve: -Extremely smooth surfaces -Unique contour sharpness -Very low tolerances -Maximum precision -Highest mechanical stability We go beyond what is possible In combination with a variety of base polymers, extraordinary material properties are possible to replace metal or achieve more sustainability: -Electrical & thermal conductivity -Electrical insulation -UV resistance -Chemical resistance -Micro-cavities for specific applications -Highest mechanical stability -Fire protection

With our wide range of high-quality sheets, solid and hollow bars, and profiles made from thermoplastic materials, GEHR manufactures semi-finished products for a broad spectrum of applications using extrusion processes. Our product portfolio: - High-performance plastics: PEEK, PPS, PEI, PPSU, PSU, PVDF, PPA... - Engineering plastics: PC, PBT, PET, POM, PA... - Standard plastics: PMMA, ABS, PP, UHMWPE, HDPE, PVC... - GEHR ELS®: Electrically conductive materials - GLIDEGEHR®: Tribologically modified materials - ECOGEHR®: Semi-finished products made from renewable resources

The LPKF Thermographic Check System – TherMoPro – is the latest innovation from LPKF and can easily be integrated after the laser plastic welding process itself. It is the only commercial inline Quality Controll system that correlates to long-term performance tests. It captures a heat map of every welded part, detects failures non-destructively, and provides 100% traceable quality control, cycle after cycle.