BÜRKLE is among the World’s market leaders in the field of mechanical engineering and system designs. Our design focus has been in the development of new, innovative manufacturing process solutions, efficient machine systems, and complete lines, bringing vision and ideas into user-oriented innovations. For the furniture industry, we develop and produce roller coating and spray finishing systems. Due to their modular design, they can be extended at any time as your production needs grow. For your 3D lamination needs, BÜRKLE supplies both a compact line with low space requirements and best functionality, as well as a comprehensively integrated solution. With our wide array of offerings, you can surely find the system for your specific 3D application. Also available are high-performance through-feed press lines for the veneering of furniture components. These lines come equipped with an automatic lay-up system for boards and veneers. Along with surface veneering, we offer rotary lamination lines for the application of thin films to substrates, providing a decorative surface to interior furniture, including cabinets. BÜRKLE also provides highly automated systems for the production of architectural doors, engineered flooring, and lightweight panel lines where high output and fewer operators are key. Our innovations surrounding the automated manufacture of wood-based products have been trend-setters: 1) System Solutions for Liquid Roller Coating 2) System Solutions for Spray Finishing 3) Innovative drying solutions such as UV-LED, IR, Low and High-Velocity Drying ovens, Low-pressure UV, and 3D-UV 4) Pressing Lines Veneers & Decorative Overlays 5) Laminating Systems for Foils 6) Laminating Systems for the PUR Process 7) 3D Laminating Systems – Membrane Presses 8) Door Pressing Systems 9) Engineered Flooring Systems 10) Light Panel Manufacturing Systems 11) Cross Laminated Timber (CLT) Presses BÜRKLE – From 1920 to 2020: #100years of Innovation and Technology with a strong commitment and focus irrepressible focus on the future.