50 | Show Preview: Ligna - May 26-30, 2025
VITS TECHNOLOGY Vits Technology GmbH has gained a worldwide reputation as a market leader for impregnation, coating lines and surface technology. At LIGNA, the German system supplier will highlight its latest innovations designed to take efficiency, sustainability and safety to the next level. Vits impregnation lines may now be fully electrified, marking a major step towards
zero emission for clean and sustainable impregnation. Avoiding any fossil fuels, these lines enable an easy transition to renewable energy sources like green or hydrogen power at a lower energy consumption. The electrically heated LAY-ON-AIR dryer has especially been developed for this. The smart-dryer DRY-IT, combined with our new DRY-Pilot simulation, ensures transparent and optimised production, complete process control and quality monitoring. The fully automatic web feeding system
PORTOS has improved impregnation line safety and productivity.
A modern Vits impregnation line runs emission-free, resource-efficient and safe, while producing the best product quality with the highest output. HALL 26, STAND E24
biomass and industrial waste into clean energy, positions itself as a key player in the wood sector and all other industries seeking to convert waste to energy. Since 1912, the company has grown into a fourth-generation family business with a presence in over 10 countries and more than 4,400 installations worldwide. Vyncke designs and builds energy plants using biomass and industrial waste to produce thermal energy from 5–100MWth and electrical power from 1–20MWe. This energy is supplied individually or in combinations of steam, hot water, thermal fluid, hot gas, and electricity.
Its cutting-edge solutions are designed
VYNCKE Vyncke, a global leader in the design and construction of energy plants that convert
to reduce waste and create sustainable, renewable energy, helping industries transition to greener practices. For more information on its innovative solutions, visit the Vyncke team at LIGNA. HALL 26, STAND E62.
WEMHÖNER SURFACE TECHNOLOGIES Wemhöner Surface Technologies, Wemhoener (Changzhou) Machinery Manufacturing and Wemhoener (Changzhou) Machinery Technology are specialists in machinery and equipment for value added panel processing. Industrial short-cycle press systems are the central topic at the world market leader for short-cycle press lines. Other topics include the further development of Wemhöner’s 3D VARIOPRESS technology for the production of furniture fronts and furniture components based on thermoplastic foils. Further topics include lacquering lines, HotCoating systems together with interactive software and hardware solutions, networked manufacturing systems and materials management. Technology offerings designed and built by Wemhöner include:
• Flexible high-capacity melamine short-cycle press lines
• Wemhöner MasterLine – lacquering and printing lines • 3D VARIOPRESS equipment with and without membrane • Surface laminating systems and roller coaters
• Lightweight panel equipment • Throughfeed press lines in single- and multi-daylight automation • Special press plants, customised systems • Laboratory presses • Handling and logistic concepts HALL 26, STAND E11
WESSEL-UMWELTTECHNIK Wessel-Umwelttechnik GmbH has been a leading expert and multi-technology supplier for exhaust air purification and heat recovery since 1965. The Hamburg-based company offers cutting-edge technology and innovative solutions to reduce the impact of industrial emissions on the environment – while achieving high performance and savings in CO2
and costs. At LIGNA, it
will be focusing on efficient biological formaldehyde separation – especially for dust and exhaust gas cleaning for wood chip and MDF dryers with high
recycling material content and therefore increased formaldehyde emissions. In addition to further developed bio scrubber technology on modular base for dryer and press exhaust air, a further focus is on regenerative thermal oxidation (RTO) for all organic pollutants. The thermal oxidisers from Wessel work extremely efficiently with maximum heat recovery rates. This comprehensive range of exhaust air purification and energy recovery technologies helps customers to achieve their 2030 greenhouse gas emission reduction targets economically. HALL 26, STAND E24
WBPI | April/May 2025 |
www.wbpionline.com
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