Advanced CNC drilling machine with fixed work table and mobile workpiece capability. Enables vertical drilling on panel surfaces and horizontal drilling operations.
The Startech CN V is a CNC drilling centre engineered for precision solid wood processing and panel machining operations. It combines multi-axis spindle technology with integrated cutting capability to handle both vertical and horizontal drilling workflows on wooden panels ranging from 300×90 mm to 3000×900 mm. The machine delivers a mid-range solution for shops requiring repeatable accuracy without full-scale industrial footprint. The machine's architecture centres on a distributed spindle system: 2 spindles on the X-axis, 2 on the Y-axis, and 7 on the Z-axis (with shared positioning logic), enabling simultaneous or sequential operations across multiple drilling points. The integrated fixed blade operates at 5700 RPM with a 125 mm diameter, providing crosscutting capability in the X direction. X-Y axis traverse speed reaches 20 m/min, balancing cycle time efficiency with precision. All spindles operate at 4460 RPM with 2.2 kW motor power, suitable for standard wood drilling and light routing tasks in solid wood stock up to 50 mm thickness. This machine serves medium-sized woodworking workshops and small-to-medium production facilities processing cabinet components, furniture parts, and architectural millwork. It targets operations requiring coordinated multi-point drilling, edge processing, and intermediate production volumes where manual or single-spindle approaches become inefficient. The fixed-table design with mobile workpiece handling optimizes for batch processing of standardized panel geometries. Within its category, the Startech CN V distinguishes itself through multi-axis spindle distribution rather than single-head complexity, reducing setup time for variant part families while maintaining the precision necessary for face-frame joinery, dowel drilling, pocket operations, and edge profiling typical of mid-volume furniture and cabinet production.