MSK6-3XL
Three drill units, one positioning: two upper units and one lower unit carry 53 spindles for six-sided drilling, with two 3.5 kW routing spindles for grooving and circle milling. Data is imported once, panels never need flipping, and the extended guide rail keeps the datum on long parts.
Features
Three drill units cover six faces, and routing spindles finish grooving and milling in the same pass
Heavy-duty base, precision components
A precision-machined heavy-duty base and components keep high-speed operation stable and durable.
Extended guide rail
With the extended guide rail, long panels are machined in a single positioning, cutting clamp re-grips and speeding up the work.
Air-floating table
An air-floating full-panel table reduces friction and prevents scratching the panel surface.
Import once, six faces done
Data is imported once and all six faces are drilled without flipping the panel; symmetrical holes and grooves on both faces can be machined at the same time.
Stacked two-panel machining
Mirror-sized workpieces can be machined as a stack — two panels at a time — doubling the processing speed.
Frog-leaping path optimisation
The new six-sided series applies a shuffled frog leaping algorithm to optimise tool paths and raise efficiency.
Detailed introduction
Structure and process, built for six-sided drilling with grooving and milling
Structure and components
Frame and worktable
A heavy-duty base carries a precision-machined worktable 950 mm high. The table is an air-floating full-panel surface, so panels move with little friction and no scratching. The origin uses absolute memory positioning, so the machine does not re-home repeatedly after stops.
Three drill units
Two upper drill units and one lower unit: 22 spindles × 2 = 44 on top and 9 × 1 = 9 underneath, 53 spindles in total, so all six faces are drilled in a single clamping.
Routing spindles
Two 3.5 kW routing spindles run at 18000 rpm for grooving and circle milling, with tool diameters of 6–10 mm and a 1/2 tool shank.
Axis drives
Side alignment travels at 50 m/min (0.75 kW servo) and the X-axis clamps at 120 m/min (0.75 kW servo). Y runs at 90 m/min and Z at 36 m/min, with a 1.5 kW servo on the upper drill unit and 1 kW on the lower one.
Electrical and pneumatic
380 V / 50 Hz supply, 2.2 kW × 3 = 6.6 kW drilling motors, a 1 kW fan motor, 0.5–0.6 MPa working air pressure and two Ø200 mm extraction ports.
Machining sequence
Detail views
Understand the machine through its key components
Swing-arm control screen
The screen sits on a swing arm that moves to the operator position. It shows hole patterns and machining parameters, with a keyboard and panel buttons below — program recall, parameter changes and run monitoring all happen here.
Upper drill units (2)
Two upper drill units sit side by side on the top beam, each with its own servo feed and extraction hose, drilling vertically downwards — 22 spindles × 2 = 44 in total.
Safety window and nameplate
A blue safety window covers the front of the machine, so drilling can be watched while it runs; the MSK6-3XL nameplate above it makes the model and configuration easy to verify.
Worktable, feed and extraction
A belt brings the panel into position, the table edge takes Ø200 mm extraction ports with hoses running outside the frame, and an emergency stop sits next to the operator position.
Note: the detail images above are photographs of this model.
Six faces, one positioning
Two upper drill units feed downwards, the lower unit feeds upwards, and horizontal drilling units cover the four sides — 53 spindles across all six faces
Swipe sideways to see the full diagram
Top face
Two upper units, vertical plunge
Right side
Horizontal unit, horizontal plunge
Back side
Horizontal unit, horizontal plunge
Left side
Horizontal plunge · hidden behind the panel
Front side
Horizontal plunge · hidden behind the panel
Bottom face
One lower unit, upward plunge · shown from below the panel
Top face + bottom face + four side faces = six faces. Two upper drill units (22 spindles × 2 = 44) and one lower unit (9 × 1 = 9) give 53 spindles, so the panel stays in one positioning on one datum and the error of re-clamping no longer accumulates.
Unit and spindle counts come from this model’s specification sheet; the confirmed configuration sheet prevails.
Technical specifications
Key parameters for reference (refer to the product manual)
| Drill spindles | Upper 22 × 2 = 44, lower 9 × 1 = 9, 53 in total |
|---|---|
| Working length | 80 mm × 3000 mm |
| Working width | 40 mm × 1200 mm |
| Panel thickness | 12–50 mm |
| Spindle speed | 4500 rpm |
| Max. drilling diameter | Ø40 mm |
| Max. drilling depth | 40 mm |
| Air pressure | 0.5–0.6 MPa |
| Drill motor power | 2.2 kW × 3 = 6.6 kW |
| Voltage | 380 V / 50 Hz |
| Fan motor power | 1 kW |
| Dust extraction port | Ø200 mm × 2 |
| Routing spindles | Grooving & circle milling, 3.5 kW × 2 = 7 kW, 18000 rpm |
| Tool diameter | 6–10 mm |
| Tool shank diameter | 1/2 |
| Side aligner travel speed | 50 m/min (0.75 kW servo) |
| X-axis clamp travel speed | 120 m/min (0.75 kW servo) |
| Y-axis travel speed | 90 m/min (upper unit 1.5 kW, lower unit 1 kW servo) |
| Z-axis travel speed | 36 m/min (upper unit 1.5 kW, lower unit 1 kW servo) |
| Table height | 950 mm |
| Machine weight | approx. 3600 kg |
| Dimensions | 5800 × 3100 × 2500 mm (wide arm unfolded) |
Note: the figures above come from this model’s specification sheet; the machine manual or the configuration sheet confirmed by our sales engineer prevails.
Applications
Typical six-sided drilling, grooving and milling jobs
Whole-house cabinet production
Cabinet panels: six-sided holes and back-panel grooves in one pass
Custom and shaped parts
Custom panels that also need grooving and circle milling
Batch panel lines
Mirror workpieces machined as a stack, two panels per cycle
Video
See the machining process in action
Technical documents
Manuals and data sheets are available from our sales team with your inquiry
Technical data sheet
Detailed parameters, installation dimensions and electrical requirements
Request documentsPre-delivery inspection and warranty
Inspection process, warranty scope and after-sales support
Request documents