Exentis receives major order from Asia for additive high-volume production systems

Swiss company Exentis Group AG reports a substantial order from a long-standing Asian partner for ten production systems for additive large-scale series manufacturing. The systems are designed for industrial and cleanroom applications and will be called off in stages, in parallel with the expansion of the required production space on site. According to the company, delivery of the first systems is scheduled for the first quarter of 2026.

Exentis positions its technology platform in the context of industrial 3D printing processes, where parts are produced not only as prototypes but in high volumes. At the core are highly automated production cells that combine additive manufacturing processes with material handling, quality assurance, and process monitoring. The goal is reproducible series production with defined cycle times that can be integrated into existing factory layouts.

The newly agreed order covers several identical production systems, which supports the partner’s scaling approach: new lines can be mirrored with additional systems without having to re-qualify the process. For the Asian customer, this offers the opportunity to consolidate capacity for different components – from technical parts to applications in controlled cleanroom environments – on a single platform.

Dr. Rolf Bachmann, Chief Executive Officer of Exentis Group AG: “The order of ten production systems by our long-standing Asian partner pleases us greatly. It is a further confirmation of the strong demand for our unique, innovative technology platform for truly industrialized additive large-scale series manufacturing and evidence of the trust placed in Exentis by international customers.”

With this order, Exentis is further expanding its installed base in the Asian market. For industrial users, it is particularly interesting that additive processes are increasingly penetrating conventionally shaped series production structures. The decisive factors will be how reliably the systems perform in multi-shift continuous operation and what unit costs can be achieved compared with established manufacturing technologies.