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Horizontal Boring and Milling Machine
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TX6113D TX6113C Horizontal Boring Milling Machine
Perform boring,drilling and milling,use boring spindle or facing plate to enlarge the working range. Adopting grating measurement, got reliable positioning accuracy, adopts PLC control. The read accuracy of DRO unit is 0.005mm.
- TX6113D TX6113C Horizontal Boring Milling MachineDownload
Usages
TX6113D TX6113C machine can perform boring, drilling and milling.
It can also use boring spindle or facing plate to enlarge the working range.
Adopting grating measurement, it got reliable positioning accuracy and the whole machine adopts PLC control.
The read accuracy of DRO unit is 0.005mm.
Machine specifications
Equipments
Optionals
Features
Structure
This machine is of table-type layout, with column mounted on the bed and a side spindle head; guideway of the lower saddle is of cross structure.
(X) Table cross travel
(Z) Table longitudinal travel
(Y) Vertical travel of spindle head
(W) Axial travel of boring spindle
(U) Radial travel of facing head slide
TX6113D : X and Y axes are provided with DRO with reading accuracy of 0.005mm.
TX6113C/2: X /Y /Z axes are provided with DRO with reading accuracy of 0.005mm,B axis is provided with DRO.
TX6113D :Table is provided with a manual optical device for positioning at every 4x90°, which can meet needs of in-line boring of parts with the table being turned for 180°.
TX6113C/2: Table is provided with DRO with continuous indexing of 360°, which can meet needs of in-line boring of parts with the table being turned for 180° and multi-point machining.
Spindle system consists of three-layer structure, facing head spindle, hollow spindle and boring spindle.
The boring spindle is of high quality nitride steel 38CrMoAIA; the hollow spindle is of high quality alloy steel; the spindle is of high structure rigidity and accuracy.
The spindle with disk spring clamping and hydraulic unclamping makes tool handling easy.
Control system is provided with Mitsubishi.
TX6113D TX6113C machine can perform boring, drilling and milling.
It can also use boring spindle or facing plate to enlarge the working range.
Adopting grating measurement, it got reliable positioning accuracy and the whole machine adopts PLC control.
The read accuracy of DRO unit is 0.005mm.
Machine specifications
| Model | TX6113D | TX6113C/2 |
| Spindle | ||
| Spindle diameter | Φ130 mm | Φ130 mm |
| Max boring diameter of spindle | Φ350 mm | Φ350 mm |
| Max drilling diameter of spindle | Φ80 mm | Φ80 mm |
| Spindle taper | ISO50 | ISO50 |
| Max. allowable torque on spindle | 2000 Nm | 2000 Nm |
| Max. axial resistance of spindle | 20000 N | 20000 N |
| Spindle speed steps | 18 steps | 18 steps |
| Spindle speed range | 6.6-755 r/min | 6.6-755 r/min |
| Spindle motor | 15 kW | 15 kW |
| Facing head | ||
| Diameter of facing head | Φ670 mm | Φ670 mm |
| Max. travel of facing head | 200 mm | 200 mm |
| Facing head speed steps | 14 steps | 14 steps |
| Facing head speed range | 4.4-165 r/min | 4.4-165 r/min |
| Worktable | ||
| Worktable size (L x W) | 1400x1600 mm Optional:1600x1800 mm |
1400x1600 mm Optional:1600x1800 mm |
| Max. load capacity of worktable | 10000 kg | 10000 kg |
| Working range | ||
| Transverse travel of table (X) | 2000 mm | 2000 mm |
| Vertical travel of spindle head (Y) | 1600 mm | 1600 mm |
| Longitudinal travel of table (Z) | 2000 mm; | 2000 mm; |
| Spindle travel | 900 mm | 900 mm |
| Table rotating angle | 4x90° | 360° |
| Feeding | ||
| Feed of spindle head and table( by spindle/run) (12steps) | 0.04-6mm/ r | 0.04-6mm/ r |
| Feed of spindle head and table(by facing head/run) (12steps) | 0.06-9mm/r | 0.06-9mm/r |
| Feed of facing head slide (12steps) | 0.04-6mm/ r | 0.04-6mm/ r |
| Others | ||
| Overall dimension (L x W x H) | 6720x4560x4085mm | 7520x4560x4085mm |
| Machine weight (approximate) | 31500 kg | 35000 kg |
| Item 01 | Descriptions | |
| 01.01 | Facing head | |
| 01.02 | TX6113D : X/Y-axis DRO TX6113C/2 : X/Y/Z/B-axis DRO |
|
| 01.03 | Automatic lubrication system | |
| 01.04 | Work lamp | |
| 01.05 | Reduction sleeve: MT-5 | |
| 01.06 | Pull stud | |
| 01.07 | Tool post for facing head | |
| 01.08 | Handle | |
| 01.09 | Socket wrench | |
| 01.10 | Wedge |
| Item 02 | Descriptions | |
| 02.01 | Tapping bar | |
| 02.02 | Boring bar | |
| 02.03 | Spring collet | |
| 02.04 | Rear column (Z axis travel is 1200mm) |
Structure
This machine is of table-type layout, with column mounted on the bed and a side spindle head; guideway of the lower saddle is of cross structure.
(X) Table cross travel
(Z) Table longitudinal travel
(Y) Vertical travel of spindle head
(W) Axial travel of boring spindle
(U) Radial travel of facing head slide
TX6113D : X and Y axes are provided with DRO with reading accuracy of 0.005mm.
TX6113C/2: X /Y /Z axes are provided with DRO with reading accuracy of 0.005mm,B axis is provided with DRO.
TX6113D :Table is provided with a manual optical device for positioning at every 4x90°, which can meet needs of in-line boring of parts with the table being turned for 180°.
TX6113C/2: Table is provided with DRO with continuous indexing of 360°, which can meet needs of in-line boring of parts with the table being turned for 180° and multi-point machining.
Spindle system consists of three-layer structure, facing head spindle, hollow spindle and boring spindle.
The boring spindle is of high quality nitride steel 38CrMoAIA; the hollow spindle is of high quality alloy steel; the spindle is of high structure rigidity and accuracy.
The spindle with disk spring clamping and hydraulic unclamping makes tool handling easy.
Control system is provided with Mitsubishi.
TX6113D TX6113C machine can perform boring, drilling and milling.
It can also use boring spindle or facing plate to enlarge the working range.
Adopting grating measurement, it got reliable positioning accuracy and the whole machine adopts PLC control.
The read accuracy of DRO unit is 0.005mm.
It can also use boring spindle or facing plate to enlarge the working range.
Adopting grating measurement, it got reliable positioning accuracy and the whole machine adopts PLC control.
The read accuracy of DRO unit is 0.005mm.
| Model | TX6113D | TX6113C/2 |
| Spindle | ||
| Spindle diameter | Φ130 mm | Φ130 mm |
| Max boring diameter of spindle | Φ350 mm | Φ350 mm |
| Max drilling diameter of spindle | Φ80 mm | Φ80 mm |
| Spindle taper | ISO50 | ISO50 |
| Max. allowable torque on spindle | 2000 Nm | 2000 Nm |
| Max. axial resistance of spindle | 20000 N | 20000 N |
| Spindle speed steps | 18 steps | 18 steps |
| Spindle speed range | 6.6-755 r/min | 6.6-755 r/min |
| Spindle motor | 15 kW | 15 kW |
| Facing head | ||
| Diameter of facing head | Φ670 mm | Φ670 mm |
| Max. travel of facing head | 200 mm | 200 mm |
| Facing head speed steps | 14 steps | 14 steps |
| Facing head speed range | 4.4-165 r/min | 4.4-165 r/min |
| Worktable | ||
| Worktable size (L x W) | 1400x1600 mm Optional:1600x1800 mm |
1400x1600 mm Optional:1600x1800 mm |
| Max. load capacity of worktable | 10000 kg | 10000 kg |
| Working range | ||
| Transverse travel of table (X) | 2000 mm | 2000 mm |
| Vertical travel of spindle head (Y) | 1600 mm | 1600 mm |
| Longitudinal travel of table (Z) | 2000 mm; | 2000 mm; |
| Spindle travel | 900 mm | 900 mm |
| Table rotating angle | 4x90° | 360° |
| Feeding | ||
| Feed of spindle head and table( by spindle/run) (12steps) | 0.04-6mm/ r | 0.04-6mm/ r |
| Feed of spindle head and table(by facing head/run) (12steps) | 0.06-9mm/r | 0.06-9mm/r |
| Feed of facing head slide (12steps) | 0.04-6mm/ r | 0.04-6mm/ r |
| Others | ||
| Overall dimension (L x W x H) | 6720x4560x4085mm | 7520x4560x4085mm |
| Machine weight (approximate) | 31500 kg | 35000 kg |
Structure
This machine is of table-type layout, with column mounted on the bed and a side spindle head; guideway of the lower saddle is of cross structure.
(X) Table cross travel
(Z) Table longitudinal travel
(Y) Vertical travel of spindle head
(W) Axial travel of boring spindle
(U) Radial travel of facing head slide
TX6113D : X and Y axes are provided with DRO with reading accuracy of 0.005mm.
TX6113C/2: X /Y /Z axes are provided with DRO with reading accuracy of 0.005mm,B axis is provided with DRO.
TX6113D :Table is provided with a manual optical device for positioning at every 4x90°, which can meet needs of in-line boring of parts with the table being turned for 180°.
TX6113C/2: Table is provided with DRO with continuous indexing of 360°, which can meet needs of in-line boring of parts with the table being turned for 180° and multi-point machining.
Spindle system consists of three-layer structure, facing head spindle, hollow spindle and boring spindle.
The boring spindle is of high quality nitride steel 38CrMoAIA; the hollow spindle is of high quality alloy steel; the spindle is of high structure rigidity and accuracy.
The spindle with disk spring clamping and hydraulic unclamping makes tool handling easy.
Control system is provided with Mitsubishi.
This machine is of table-type layout, with column mounted on the bed and a side spindle head; guideway of the lower saddle is of cross structure.
(X) Table cross travel
(Z) Table longitudinal travel
(Y) Vertical travel of spindle head
(W) Axial travel of boring spindle
(U) Radial travel of facing head slide
TX6113D : X and Y axes are provided with DRO with reading accuracy of 0.005mm.
TX6113C/2: X /Y /Z axes are provided with DRO with reading accuracy of 0.005mm,B axis is provided with DRO.
TX6113D :Table is provided with a manual optical device for positioning at every 4x90°, which can meet needs of in-line boring of parts with the table being turned for 180°.
TX6113C/2: Table is provided with DRO with continuous indexing of 360°, which can meet needs of in-line boring of parts with the table being turned for 180° and multi-point machining.
Spindle system consists of three-layer structure, facing head spindle, hollow spindle and boring spindle.
The boring spindle is of high quality nitride steel 38CrMoAIA; the hollow spindle is of high quality alloy steel; the spindle is of high structure rigidity and accuracy.
The spindle with disk spring clamping and hydraulic unclamping makes tool handling easy.
Control system is provided with Mitsubishi.
Products
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A knee type milling machine is a fundamental machine tool distinguished by its vertically adjustable worktable mounted on a "knee" casting. This knee moves precisely up and down a fixed column via a screw mechanism, enabling accurate Z-axis positioning crucial for diverse milling operations.
Working Principle
The core principle involves a rotating milling cutter removing material from a workpiece secured to the table. The adjustable knee mechanism allows controlled vertical movement (Z-axis), while the table provides longitudinal (X-axis) and transverse (Y-axis) travel. This 3-axis control facilitates complex machining of flat, angular, and contoured surfaces.
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- Milling Head: Houses spindle, motor, and quill (Z-axis)
- Arbor/Spindle: Rotating shaft holding cutting tools
- Controls: Manual handwheels or CNC interface
Evolution & Industry Significance
Since their development in the late 19th century, knee-and-column mills revolutionized machining. The iconic Bridgeport design (1938) popularized the turret style. While CNC machining centers dominate high-volume production, knee mills remain indispensable for flexibility, ease of use, and cost-effectiveness in job shops, schools, and repair facilities worldwide.
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