BE Semiconductor Industries N.V., generally known by the acronym Besi, is a Dutch equipment manufacturer specializing in semiconductor assembly. Based in Duiven, the group operates in the stages that transform chips fabricated on silicon wafers into components that can be integrated into electronic systems. Its machines meet requirements for precision, throughput and reliability. They are intended for semiconductor manufacturers as well as providers specializing in assembly and testing. Its corporate website is besi.com.
European roots, an international presence
Founded in 1995, Besi has expanded through organic growth and acquisitions, bringing together several areas of expertise in electronic assembly equipment. The group is listed on Euronext Amsterdam. Its history illustrates the role of European equipment manufacturers in a global value chain: without producing the chips sold in devices themselves, they supply tools needed for their manufacture and integration.
Besi combines research, development and engineering activities in Europe with industrial and commercial operations in Asia. This structure brings it closer to the main semiconductor production hubs and its customers. It also enables the group to support the installation and maintenance of machines whose performance must remain consistent in large-scale production environments.
Equipment for assembly and connection
Besi’s portfolio includes chip placement and attachment, or die attach, as well as packaging and surface treatment equipment. These operations determine the quality of connections, the protection of components and part of their thermal performance. They serve a variety of markets, from consumer electronics to automotive, as well as industrial applications and IT infrastructure.
The group is particularly exposed to the growth of advanced packaging. As designers combine multiple chips, or chiplets, in a single assembly, assembly becomes a performance driver in its own right. Besi notably develops hybrid bonding equipment, which enables highly precise placement of chips intended to be joined through direct metal and dielectric connections. This approach aims to achieve denser interconnections, particularly useful for high-performance computing and certain memory architectures.
What next?
Demand driven by artificial intelligence and heterogeneous architectures creates opportunities for advanced assembly technologies. Their deployment, however, depends on customers’ industrial timelines, production yields and the overall cost of the solutions. For Besi, the challenge is to turn technological interest into recurring orders while supporting users as they ramp up production.
The group also remains subject to semiconductor investment cycles, concentration in certain markets and international trade tensions. Its trajectory will therefore depend as much on the precision of its equipment as on its productivity, availability and ability to integrate into existing production lines.