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TECHNOLOGY           49
         www.fdmasia.com | FDM ASIA MAY/JUN 2025




          data for fine-tuning resin and catalyst usage, press factor,
          and trimming parameters while maintaining high edge quality.
            The 3D tongue and groove scanner provides accurate
          real-time measurement of tongue and groove edges during

          production. Designed for inline use in industrial environments,
          it is designed to detect deviations from the specified profile
          with sub-millimetre accuracy immediately after cutting.
            The system evaluates several parameters, such as edge
          position,  angle,  and  surface  quality,  to  ensure  that  each
          board meets the standards. By adjusting the equipment in a   the main production line for wall panels.
          timely manner, the scanner helps to avoid defects on a large   The  innovation  comes  at  a  time  when  manufacturers
          scale, reduces callbacks, and minimises downtime. The result   around the world are struggling with labour shortages, while
          is consistent quality and reliable, secure connections in the   the increasing use of construction timber is driving demand

          end products.                                      for net-zero products.
            In addition to the 3D edge scanner and the 3D scanner   The new robot solution for sub-assemblies is the latest
          for tongue and groove, the company also presented various   system in the ZeroLabor System series, a range of solutions
          other specialised 3D image processing systems in Hanover,   that are leading the way in robot automation. This series is
          including the 3D log scanner, which was developed for inline   designed to offer wall panel manufacturers around the world
          evaluation of incoming logs.                       the highest level of automation—from assembly, cladding,
            It  monitors  the  most  important  dimensional  parameters   and insulation to the bonding of wall elements for off-site

          in real time and detects logs that do not comply with the   house construction.
          standard. In such cases, it can trigger automatic rejection,   ZeroLabor Robotic Sub-assembly automates early production
          thereby helping to protect personnel and equipment.   processes for wall panels by using robots to manufacture
            The 3D mat scanner continuously tracks the profile of the   sub-components such as rough openings and studs. These
          flake mat and identifies problems such as height deviations,   components are then fed into the main production line for walls.
          holes, and accumulations. Early detection of anomalies enables   For construction companies operating off-site, this eliminates
          rapid intervention, which helps to reduce material losses.   the  need  for  manual  production  of  framed  openings  and
            Finally, the 3D Flake Scanner is a solution installed on   structural supports, increasing LEAN productivity. The finished
          forming lines that evaluates the alignment and width distribution   components can then be fed into the main wall production

          of flakes and strands in real time. It also provides timely insight   line without delay.
          into the condition of the chipping knives, supports consistent   The company promises that the system is a state-of-the-
          production quality, and optimises knife maintenance schedules.  art solution for a wide range of businesses, as it can operate
                                                             as a stand-alone solution or be integrated into larger, high-
          Randek: Wood Panel Subassembly Solution            precision production lines.
          The new ZeroLabor subassembly solution from the Swedish   According to  the  company,  it  increases  productivity  and
          company, which its developers claim is highly precise, has   efficiency, ensures consistent quality and reduces health and

          been developed to improve efficiency and increase productivity   safety risks in factory environments.  FDM
          by automating the production of subcomponents that supply                             ENQUIRY NO. 3201
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