Pushing forward Aerospace interiors with Advanced Fastening Technologies
Advancing Aerospace Engineering with Specialized Fastener Solutions
In the dynamic world of aerospace manufacturing, MultiMaterial-Welding AG plays a crucial role with its specialized fastening solutions. We focus on developing innovative fastening solutions to replace traditional methods like gluing or insert potting in primary aerospace structures. Using advanced ultrasonics methods, our technologies are specifically designed for complex sandwich structures with honeycomb and foam core materials or thermoplastic trimmed part and lining.
This approach not only enhances the reliability and durability of aerospace components but also offer a more efficient and precise alternative to conventional fastening methods. Our commitment lies in advancing aerospace engineering with technologies that elevate both efficiency and safety in interior application.
We have what you are looking for
Our technology is applicable to a wide variety of assembly parts.
Click on the parts to find out more.
Plastic window covers
Robust fastening systems ensure plastic window covers are securely attached, enhancing safety and clarity in aerospace environments.
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Galleys / kitchen
Secure fastening solutions maintain the integrity and functionality of galleys and kitchen areas in aerospace applications.
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Interior floor panels
Durable fastening techniques ensure interior floor panels remain firmly anchored, contributing to cabin stability and passenger comfort in aerospace applications.
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Overhead compartments
Efficient fastening solutions keep overhead compartments securely in place, ensuring passenger convenience and safety.
go to productWe have what you are looking for
Our technology is applicable to a wide variety of assembly parts.
1. Galleys / kitchen
2. Plastic window covers
3. Interior floor panels
4. Overhead compartments
Facts & stats
Fast processing time
Designed for quick installation in about 1 second, eliminating the need for adhesive, thereby streamlining the assembly process
Weight reduction
Our advanced fastening solutions can contribute to a weight reduction of up to 40% in aerospace components, leading to improved fuel efficiency
Quality control
MM-Welding® technology allows zero defect and reduced material waist through a fully controlled and precise process
Featured products
Customer voices
Discover how our customers' stories show the real impact of our innovative, flexible, accountable, and teamwork-driven fastening solutions on their success.
"Since the pandemic, customer service has taken a severe drop in the manufacturing world, but not with Bossard. Brent and his team offered unparalleled customer service and technical expertise through every phase of our project – continuously going above and beyond to ensure our success."
Alexander Bryant
"We’ve known about MM-Welding technology for a while, yet we were positively impressed by the problem-solving mindset of the team, creating value to the solution by using fully its outstanding performance in the product. It not only addressed our technical issues but also added aesthetic value and boosted overall efficiency: in short, a very successful collaboration."
Elmedina Andelija Key Account Manager
"We were looking for a partner to support us with expertise in design, production and assembly. Our partnerships with Bossard has resulted in a world first."
Ulli Raab, Project Manager
"Partnering with MM-Welding to integrate their MultiMaterial-Welding® technology in our 'Marie' child seat series has been transformative. The technology's precision and strength significantly enhanced the safety and design of our seats, solidifying our commitment to child safety."
Florian Königswenger
"Incorporating MultiMaterial-Welding's technology in our parts production, particularly airplain window frames, has greatly improved both the efficiency and reliability of our products, marking a significant advancement in aviation manufacturing."
Patrick Gygax
"Utilizing MultiMaterial-Welding's technology for our luxury SUV loading floor project enabled us to achieve a perfect blend of functionality and design. This collaboration has redefined our approach to automotive component manufacturing."
Max Muster
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