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TK 6111 TK 6113
TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
  • TK6111 CNC Table Type Boring Mill
TK6113 CNC Table Type Boring Mill
CNC HORIZONTAL BORING MILLS

CNC Table Type Boring and Milling Machine

CNC boring mills for precision machining operations of milling, boring, drilling, reaming and tapping on large workpieces

Primarily designed for high-performance boring and milling, our CNC table type boring and milling machines also excel at drilling, reaming, and plane milling operations. They are exceptionally suited for processing box-type parts, frame components, and molds where precise hole spacing is critical. A key advantage is the ability to complete multiple processes—milling, boring, drilling, reaming, and tapping—in a single workpiece clamping, significantly enhancing productivity. These machines offer sophisticated six-axis control with four-axis simultaneous linkage, enabling complex operations like circular interpolation and the machining of 3D curved surfaces.

Applications

This machine is widely used for the machining of box-type components, frame structures, and mold parts.

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Features
Each axis is driven by its own dedicated servo motor, allowing for stepless speed regulation.
The main machine is equipped with a rotary table and features a cross-slide structure. It is composed of several major components including the bed, worktable, upper and lower saddles, column, a side-mounted horizontal spindle box, and a tailstock.
Under the control of the CNC system, arbitrary four-axis simultaneous linkage can be achieved, thereby satisfying the processing requirements for various workpieces.
The machine can be configured into different grades and specifications according to user requirements, by incorporating different CNC systems, achieving different precision levels, and selecting various rotary table size options.
Model Options
Model TK6111 TK6113
Spindle Speed (rpm) 2-2000 2-2000
Spindle Diameter (mm) ∅110 ∅130
Spindle Travel (W-Axis) (mm) 600 800
Max. Load Capacity of Worktable (T) 5 8
Specifications Spindle Diameter | ∅110 - 130
Model TK6111 TK6113
Worktable Size (L×W) 1250×1400mm 1400×1600mm
Spindle Diameter ∅110mm ∅130mm
Transverse Travel of Worktable (X-Axis) 1800-2000mm 1800-2000mm
Vertical Travel of Headstock (Y-Axis) 1200-1600mm 1600-2000mm
Longitudinal Travel of Worktable (Z-Axis) 1200-1600mm 1200-2000mm
Spindle Travel (W-Axis) 600mm 800mm
Worktable Rotation (B-Axis) CNC control CNC control
T Slot (Width×Pitch) 22×125mm 22×125mm
Max. Load Capacity of Worktable 5T 8T
CNC Controller SIEMENS 828D or FANUC OI MD
Quantity of Axes X/Y/Z/W(U) 4 axes (5 axes) X/Y/Z/W(U) 4 axes (5 axes)
Spindle Taper BT50(P50T-1)
Spindle Speed 2-2000rpm 2-2000rpm
Main Motor Power8 Torque 18kW (1300Nm) 30kW(2200Nm)
Max. Boring/Drilling Diameter ∅240mm/250mm ∅300mm/80mm
Max. Feeding Force on Spindle 13000Nm 23000Nm
Rapid Traverse of X/Y/Z Axes 3000mm/min 3000mm/min
Feeding Speed of X/Y/Z Axes 5-1000mm/min 5-2000mm/min
Feeding Speed of W-Axis 0.5-1000mm/min 5-2000mm/min
Rapid Traverse of W-Axis 2000mm/min 2000mm/min
Radial Travel of Facing Head Tool Holder 160mm 200mm
Facing Head Speed 4-125rpm 2-125rpm
Max. Machining Diameter of Facing Head Tool Holder ∅630mm (optional) ∅800mm (optional)
Max. Allowable Torque on Facing Head 1300Nm (optional) 2600Nm (optional)
Feeding Speed of Facing Head 0.2-500mm/min (optional) 0.2-500mm/min (optional)
Rapid Traverse of Facing Head Tool Holder 1000mm/min (optional) 1000mm/min (optional)
Positioning Accuracy of X/Y/Z Axes (Full Travel) (GB/T17421.2-2000) 0.026/0.03/0.03mm 0.03/0.03/0.03mm 0.04/0.03/0.03mm 0.03/0.03/0.03mm
Positioning Accuracy of W-Axis (Full Travel) (GB/T17421.2-2000) -- 0.03mm
Positioning Accuracy of B-Axis Rotation 0.08'
Repeatability Accuracy of X/Y/Z/W Axes (Full Travel) (GB/T17421.2-2000) 0.015/0.015/0.015mm 0.015/0.015/0.015/0.015mm
Repeatability Accuracy of B-Axis Rotation 6'
Machine Dimensions (L×W×H) 6.3×3.9×3.7m 6.5×4.2×3.9m
Machine Weight 25T 32T
Main Components

The CNC table type boring and milling machine primarily consists of the (machine) bed, column, headstock, saddle, transverse saddle, worktable, lubrication and cooling systems, and the electrical system.

Worktable The worktable's transverse movement along the saddle guideways constitutes the X-axis. The saddle's longitudinal movement along the bed guideways is the W-axis. The headstock's vertical movement along the column guideways is the Y-axis. The boring spindle's axial movement within the milling spindle is the Z-axis. The worktable's 360° rotation on the transverse slide is the B-axis. The sliding carriage, worktable, and other major components are made from high-quality castings. They undergo a secondary heat treatment (thermal aging) after rough machining to eliminate internal stress, prevent creep, and maintain long-term precision stability.
Machine Bed The integral machine bed is manufactured from high-quality castings, with an internal cavity featuring a rational arrangement of reinforcing ribs. It undergoes a secondary heat treatment after rough machining to eliminate internal stress, prevent creep, and ensure long-term precision stability.
Column The column is made from high-quality castings and employs a double-wall structure with internal reinforcing ribs. It also undergoes a secondary heat treatment after rough machining to eliminate internal stress, prevent creep, and maintain long-term precision stability.
Headstock The headstock is a box-shaped high-quality casting, with reinforcing ribs arranged on its inner walls. It undergoes a secondary heat treatment after rough machining to eliminate internal stress, prevent creep, and maintain long-term precision stability.
Main Drive System The main drive system utilizes an AC spindle servo motor. The main motor is directly connected to a reducer, and then, after reduction via an imported reduction gearbox, it drives the milling spindle's rotation through a synchronous toothed belt.

Yes, they can be extensively customized. Based on your workpiece requirements, you can configure the machine with various standard or custom attachment heads, different milling or boring worktables, and a wide array of tool magazines, including libraries for both tools and attachment heads.

Clearly define its intended use. For CNC machining operations requiring high productivity, a more powerful spindle with higher speed and torque specifications is necessary. If primarily used on horizontal surfaces, a spindle with a greater depth of cut might be preferable.

These machines offer high rigidity and precision. The bed, spindle, and tool system are designed to be compact, providing excellent rigidity and minimizing vibrations during processing. The high-precision spindle system maintains stability at high speeds, ensuring accurate dimensions and surface quality. Furthermore, the CNC system's built-in tool compensation function can reduce errors caused by tool wear, thereby enhancing machining accuracy.

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