Brückner Maschinenbau at the PlastIndia 2026

Visit us at Hall 4/D30

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Biax Film Lines Shaping the Future

For the manufacture of sustainable packaging film solutions that pave the way for a truly circular economy as well as high-performance technical films for energy storage, e-mobility and digitalization.

  • Event name

    PlastIndia 2026

  • Location

    Hall 4 / Stand D30, New Dehli

  • Time span

    05.02.2026 - 10.02.2026

From February 5 to February 10, 2026, Brückner Maschinenbau will present key innovations for film stretching lines at the 12th Plastindia in New Delhi:

BO Greenline for maximum efficiency & lowest specific energy consumption

  • 12m working width for BOPP lines, setting new industry benchmarks

  • Output up to 94,000 tons annual capacity

  • Speed: 700 m/min for BOPET and BOPP lines

  • Sliding chain track system FOK 8.8 for high-speed BOPET production

    • constant high-speed operation

    • less wear and tear – significantly reduced maintenance –
      higher uptime

    • in total low cost of ownership

Further developments in LISIM® technology

  • Simultaneously oriented films produced on a Brückner LISIM® line guarantee excellent film properties for various polymers, applications and markets

  • Numerous value-added label and packaging applications (e.g. ultra-high barrier film or pressure sensitive labels) – contributing to the important areas of food protection and recyclability

  • Ultra-thin technical film applications: The LISIM® technology has clear benefits with ultra-thin film production while tuning the mechanical properties to their limits at the same time

New solutions for the production of technical films

  • Lines for battery separator films with 8.7 m usable film width: the widest separator film lines in the world with an annual output of up to 500 million m² and with consistent film quality

  • Sequential and simultaneous lines for capacitor films with large line width for EV applications or films with high energy density for renewable energy applications in the energy industry

  • Extremely thin films down to 2 microns