HOMAG Centateq P-310

Pod-and-rail workholding uses individual suction cup pods mounted on adjustable aluminum T-slot rails to clamp each workpiece from below. Pods are repositioned to match each part's dimensions and leave the full top face accessible for machining. A vacuum table, by contrast, uses a full flat table surface with zone-selectable vacuum for nested-based full-sheet production. Pod-and-rail is preferable when: processing pre-cut parts that do not cover a full sheet; machining parts that require edge access on all four sides; processing parts with large cutouts that would break vacuum seal on a flat table; and handling mixed-size jobs with frequent changeover. Vacuum tables are preferable when running high volumes of nested parts from full sheets where the setup-per-sheet approach delivers higher throughput.

The P-310 is a mid-range panel machining center and the E-700 is a large-format production machine — the differences are in table format, spindle power, and production orientation. The E-700 has a table up to 5,600 mm x 2,100 mm with a full vacuum table for nested-based sheet production, 12 kW spindle, and is designed for high-volume furniture component production from full sheets. The P-310 has a table up to 3,100 mm x 1,550 mm with pod-and-rail workholding, 9 kW spindle, and is optimized for flexible single-part and small-batch processing. A furniture factory might use both: E-700 for production nesting of standard components, P-310 for custom parts, special profiles, and prototype work.

Standard operations include: profile routing (edge profiles, decorative grooves, shaped cutouts); pocket milling (drawer bottom grooves, hinge pockets, handle recesses); drilling (hardware holes — dowels, hinges, shelf pins, cam locks); sawing (panel cut-to-size with saw aggregate); edge profiling (with horizontal routing head aggregate for panel edge work without repositioning); tenoning (with tenon head aggregate for solid wood frame joints). Five-axis capability with optional C-axis rotation allows angled cuts, compound bevels, and sculptural forms in a single setup. woodWOP aggregate head support means all operations are programmed in a single software environment with tool library management.

Yes. While HOMAG's woodWOP is the native programming environment and provides the deepest integration with HOMAG-specific features (aggregate heads, drill banks, parametric macros), the P-310 control accepts G-code programs from any CAD/CAM system that can post-process to HOMAG's controller format. Popular integrations include: Cabinet Vision (via HOMAG's certified post-processor); Alphacam; Mastercam Wood; and Enroute. DXF part geometry imports directly into woodWOP for toolpath generation. For shops already using a preferred CAD/CAM system, the transition to the P-310 does not require switching software — though shops starting from scratch benefit most from the woodWOP + CABINETIC native workflow.

HOMAG offers a range of aggregate heads that mount in the ATC and connect to the machine spindle to extend machining capability. Common aggregates for the P-310: angling head (tilts the spindle to cut bevels and compound angles without repositioning the workpiece); horizontal routing head (routes horizontally for edge profiles and hardware pockets on panel edges); saw aggregate (circular saw blade for trim-to-size and groove cutting); tenon head (produces tenon profiles for frame and panel joinery in solid wood and MDF); Forstner bit head (produces large-diameter flat-bottom holes for hinge cups and decorative plugs). Each aggregate is stored in the ATC when not in use and is automatically loaded into the spindle when called in the program, enabling complex multi-operation programs without operator intervention.