Startech CN Plus

The Startech CN Plus is a multi-spindle CNC machining centre engineered for versatile solid wood processing in workshops and mid-sized production facilities. It combines drilling and routing operations in a single setup, eliminating the need for secondary machines and reducing material handling. The machine accommodates panel dimensions up to 3050×900mm with Z-axis depth capacity of 60mm, making it suitable for edge-banding, dowel insertion, pocket drilling, and profile routing on casework components and solid wood panels.

The machine's dual-axis spindle configuration delivers significant technical flexibility: 8 vertical spindles arranged in a 5X-3Y pattern enable rapid multi-point drilling and grooving operations at up to 40m/min traverse speed, while 6 horizontal spindles (2+2X-2Y arrangement) handle edge profiling and slot milling. The electrospindle operates at 18,000 rpm for fine routing and edge work, complemented by blade spindles rotating at 4,200-5,500 rpm for heavier stock removal. This spindle diversity allows single-cycle completion of complex operations—drilling shelf pin holes, routing hinge cups, and edge profiling—without repositioning the workpiece.

The Startech CN Plus targets medium workshops producing 50-500 units monthly of customized solid wood products, including kitchen cabinetry, fitted furniture, and architectural millwork. It serves shops transitioning from manual/single-spindle machines to automated production, particularly those requiring high mix-low volume output with frequent job changeovers. The machine's 15.2-20.7 kVA power envelope supports consistent production without heavy electrical infrastructure investment, making it accessible to established facilities operating 2-3 shift patterns.

Within the mid-range CNC drilling-routing class, the Startech CN Plus balances spindle count (14 total) and working envelope against footprint and cost, positioning it between entry-level single-spindle machines and large industrial processing centres. Its multi-spindle vertical arrangement reduces cycle time on high-volume drilling operations common in casework, while horizontal spindles provide edge capabilities typically requiring separate dedicated machines.