Victor Roux

Manufacturers lose weeks waiting for parts. Pollen AM eliminates that wait. Since 2013, we developed PAM Technology (Pellet Additive Manufacturing) the only industrial 3D printing system using the same raw pellet materials as injection moulding. Same pellets as injection moulding. Sourced from multiple suppliers, not one. Performance that matches or beats injection moulding. The numbers 12+ years of R&D. 6th printer generation. 90+ qualified materials. 150+ systems deployed across 25+ countries Pam o2 : open systems for R&D and small series Direct pellet printing across the full thermoplastic range (PP, ABS, PA, PEI, PPS, elastomers : from shore 00 to Shore D). 10x lower material cost than competing AM. Parts up to 110% stronger than injection moulding. Produce on-demand, eliminate dead stock, compress time-to-market. Pam o2 : commodity thermoplastics & TPEs (Shore 00 to Shore D), up to 350°C, 2 to 4 extruders Pam o2 HT : high-temperature thermoplastics, up to 450°C Pam o2 MC : metal alloys & technical ceramics via MIM/CIM feedstocks, up to 450°C Full openness on materials, G-code, and 3D printing parameters up to 400 editable settings. Pam Pro : Industrial reliability Validated materials, optimized parameters, stable auger-screw architecture. A 10L gravity-fed tank, refillable on the fly without stopping the print, enables uninterrupted overnight runs, no spool changes, no mid-print failures, full process control. Built for repeatable commodity and TPE production runs at scale. Trusted by Airbus, Collins Aerospace, Sanofi, Decathlon, Michelin, Valeo, Essilor — and research centers including CEA and CNRS. 📩 [email protected] | 🌐 pollen.am