High Production Four-sided Moulder and Planer with Universal Spindle. Features fifth cutterhead with 270° tilt for ultimate workshop flexibility.
The Wood-Mizer MP365 is a four-sided planer and moulder designed to process solid wood on multiple faces in a single pass, delivering finished profiles and dimensionally accurate lumber in high-volume production environments. The machine combines planing, moulding, and profiling capabilities in one compact footprint, making it suitable for operations that require both dimensional accuracy and custom profile work without multiple machine setups. The MP365 distinguishes itself through its fifth universal cutterhead with 270° tilt capability, which extends the functional range beyond standard four-sided moulders. This configuration allows for complex profile work, edge shaping, and decorative moulding operations that would otherwise require dedicated single-purpose equipment or manual secondary processing. The universal spindle design provides flexibility to accommodate various cutter geometries and profiles, reducing tool changeover time and enabling rapid job transitions within a single production run. This machine targets professional woodworking shops and integrated timber processing facilities operating at medium to high production volumes. It is engineered for shops processing hardwood and softwood lumber in dimensions ranging from small trim work to larger structural components. The MP365 is particularly suited for operations combining standard four-square moulding with profile customization, including architectural millwork, decorative mouldings, and value-added lumber processing where raw material must exit the machine ready for finishing or assembly. Compared to traditional four-sided moulders, the MP365's fifth-head configuration eliminates the need for secondary profiling equipment or edge-shaping machines for many applications. This consolidation reduces capital equipment costs, floor space requirements, and material handling between operations, while maintaining production speeds competitive with dedicated single-function machines.