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The STAXX 3D offers various options for high-volume production. The swiveling rotary table offers even more possibilities to produce small individual composite parts such as ribs, flat plates, structural parts and tailored blanks. This system is not only highly flexible, but achieves high part quality in a time-saving manner. Designed for a cost-efficient and sustainable production it is ideal for the automotive and aerospace industry.
Technical Data
- 16 tow AFP Head ¼” or ½”
- Layup area max. diagonal 2500 mm
- 6-axis (x, y, z, a, b, c)
- Tilting, rotary table
- Feed rate 60 m/min
- Cut on the fly with 45 m/min
- Direct layup of unidirectional carbon fiber
- Totally enclosed and air conditioned system
- Integrated pallet handling system
- Siemens 840 D SL Control
- High volume production
Special Features
- Direct layup of unidirectional carbon fiber
- Net shape layup
- Stacking and preforms ready to mould and cure
- No limitations in fiber orientation
- Clear interface to automation and handling
Broetje-Automation Showcases High-Tech Solutions at Paris Airshow
- Published on 26 May 2023
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- Factory of the Future
The Paris Airshow is opening its gates from June 19 to 25. It is expected with pleasure to participate in this prestigious trade show. Broetje-Automation Group represents innovation and cutting-edge technology and is ready to showcase its exceptional products and services to a global audience of aviation enthusiasts and industry experts.
Broetje-Automation Demonstrates Automated Fiber Placement With Recycled Carbon Fibers – STAXX One Completes AFP Product Family
- Published on 26 April 2023
Broetje-Automation lays the foundation for more sustainability in composite production. With the STAXX One, the latest member of the STAXX Fiber Placement product family, the industry-ready automated processing of recycled carbon fibers has now been successfully demonstrated. In this way, Broetje-Automation is supporting the transformation of the composite industry towards a sustainable production in the factory of the future.