CNC Drilling and Routing Machining Center

The DRILLTEQ H-330 is a dual-sided CNC machining center purpose-built for high-volume drilling and routing operations on panel and solid wood components. The machine simultaneously processes workpieces on both sides via independent clamping systems, eliminating manual repositioning and reducing cycle times for applications requiring multiple drilling patterns, edge routing, or surface profiling in a single setup.

The H-330 delivers processing capacity across 26 drilling spindle positions (13 per side, vertically oriented) and 12 horizontal routing spindles (6 per side, arranged in X and Y axes) with frequency-controlled speeds ranging from 1,250 to 7,500 rpm. This multi-spindle architecture enables parallel operations—such as simultaneous edge drilling on one side and face routing on the opposite side—while the variable frequency drive accommodates both high-speed finishing cuts and low-speed torque-demanding drilling in hard materials. The working envelope accepts components up to 3,300 mm in length and 1,250 mm in width (single-sided) or dual pieces at 620 mm width each, with thickness capacity from 8 to 40 mm, covering standard panel stock, door blanks, and cabinet components.

This machine class serves medium to large furniture manufacturers, kitchen cabinet makers, and industrial woodworking facilities processing 50+ units daily. The dual-sided automation is particularly suited for operations requiring synchronized drilling (hinge cups, shelf pin holes, handle mounting) combined with edge profiling, where traditional single-spindle machines would require multiple passes or re-clamping. High-speed processing maintains production rates critical for serial manufacturing while the robust spindle configuration tolerates extended run times without spindle changes.

Within the CNC machining center category, the H-330 prioritizes throughput and multi-axis parallelization over workspace flexibility; it excels in dedicated production lines for standardized or semi-standardized parts rather than mixed-job job-shop environments. The fixed dual-side architecture requires product design compatibility but delivers superior cycle-time performance compared to single-surface machines for applicable workflows.