Stefani PSF
Industrial edgebander dedicated to post-forming or direct postforming process for medium and large enterprises. Single-sided automatic edge banding solution with flexible processing capabilities.
The Stefani PSF is a single-sided automatic edgebander engineered for post-forming and direct postforming applications in industrial production environments. It delivers consistent edge coating and finishing on panel substrates, functioning as a critical processing station in medium to large-scale manufacturing workflows where edge quality directly impacts end-product aesthetics and durability. The machine processes panel thicknesses from 15 to 60 mm with coating material thickness capability ranging from 0.4 to 2 mm, accommodating diverse edge banding formulations commonly used in contemporary furniture and cabinetry. Operating at a maximum working speed of 25 m/min, the PSF maintains throughput efficiency while managing coating material development up to 110 mm from the working line, enabling precise application control across variable edge widths. This technical envelope positions the machine within the flexible mid-range production capability segment, balancing speed with processing precision. The PSF is engineered for enterprises processing chipwood and MDF panels with plastic laminate or wood-based edge materials—the dominant material combination in European furniture, kitchen cabinet, and contract furnishing manufacturing. Its single-sided configuration serves production scenarios where bilateral edge treatment occurs through sequential processing or where design specifications require treatment of primary surfaces only, reducing cycle time and operational complexity compared to dual-sided systems. As an SCM Group product, the Stefani PSF integrates into established industrial edgebanding class standards, competing within the automatic single-sided category where operational flexibility and consistent edge finish quality are primary differentiation factors. The machine suits manufacturers requiring reliable edge processing without the footprint or capital investment of fully integrated multi-axis systems, making it particularly relevant for growing mid-market operations expanding production capacity.
