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TCK56
山东邦城科技有限公司
Features:
The bed body is inclined, usually between 30° and 60°, and the common ones are 30°, 45°, 60°, etc. This design makes the machine tool's center of gravity lower and has stronger stability, and is conducive to the natural decline of chips, facilitates chip removal and reduces chip jamming.
High-precision linear guide rails are used as support for moving parts, and have the advantages of small friction coefficient, high motion accuracy and fast response speed. They can ensure the precise positioning and smooth movement of the machine tool during the processing process, and improve the processing accuracy and surface quality.
Generally, high-performance electric spindles or high-rigid spindle structures are used, with high speed, high torque, fast start and stop, etc., which can adapt to the processing needs of different materials and processes. Spindle bearings usually use high-precision ball bearings or roller bearings to ensure the rotational accuracy and rigidity of the spindle.
According to processing needs, it can be equipped with a multi-station turret or tool holder to realize automatic tool change of multiple tools and improve processing efficiency and flexibility. The positioning accuracy and tool change speed of the turret are also important factors that affect the machining efficiency and quality of the machine tool.
Technical parameters:
| project | UNIT | TCK56 |
| Maximum slewing diameter of bed | mm | 560 |
| Maximum cutting length | mm | 500 |
| Maximum cutting diameter | nm | 350 in the disk class Φ400 axis class |
| Maximum slewing diameter on the skateboard | mm | Φ350 |
| Maximum cutting diameter | mm | 300 axis class Φ280 in disk class |
| Maximum slewing diameter on the skateboard | mm | Φ280 |
| Spindle end type and code | mm | A2-6 |
| Spindle hole diameter | Φ65 | |
| Maximum diameter of pass bar | rpm | Φ50 |
| Spindle speed range/spindle maximum output torque | 50~3500/177 | |
| 30 minutes/continuous | KW | 15/11 |
| Chuck diameter | KW | 8 |
| X/Z axis fast shift speed | Nm | 30/30 |
| X/Z axis stroke | m/min | 200/560 |
| Tail seat stroke | 450 | |
| Tail seat spindle taper hole taper | mm | MT5# |
| Standard tool holder form | mm | Horizontal 8 work stations |
| Knife Square | mm | 25×25 |
| Boring bar diameter | mm | Φ40/Φ32/Φ25/Φ20 |
| Can you choose a knife nearby? | Can | |
| Total weight | kg | About 3800 |
| Disk-type parts | mm | About 200 (including machine tool accessories such as chucks) |
| Shaft parts | About 500 (including machine tool accessories such as chucks) |
Features:
The bed body is inclined, usually between 30° and 60°, and the common ones are 30°, 45°, 60°, etc. This design makes the machine tool's center of gravity lower and has stronger stability, and is conducive to the natural decline of chips, facilitates chip removal and reduces chip jamming.
High-precision linear guide rails are used as support for moving parts, and have the advantages of small friction coefficient, high motion accuracy and fast response speed. They can ensure the precise positioning and smooth movement of the machine tool during the processing process, and improve the processing accuracy and surface quality.
Generally, high-performance electric spindles or high-rigid spindle structures are used, with high speed, high torque, fast start and stop, etc., which can adapt to the processing needs of different materials and processes. Spindle bearings usually use high-precision ball bearings or roller bearings to ensure the rotational accuracy and rigidity of the spindle.
According to processing needs, it can be equipped with a multi-station turret or tool holder to realize automatic tool change of multiple tools and improve processing efficiency and flexibility. The positioning accuracy and tool change speed of the turret are also important factors that affect the machining efficiency and quality of the machine tool.
Technical parameters:
| project | UNIT | TCK56 |
| Maximum slewing diameter of bed | mm | 560 |
| Maximum cutting length | mm | 500 |
| Maximum cutting diameter | nm | 350 in the disk class Φ400 axis class |
| Maximum slewing diameter on the skateboard | mm | Φ350 |
| Maximum cutting diameter | mm | 300 axis class Φ280 in disk class |
| Maximum slewing diameter on the skateboard | mm | Φ280 |
| Spindle end type and code | mm | A2-6 |
| Spindle hole diameter | Φ65 | |
| Maximum diameter of pass bar | rpm | Φ50 |
| Spindle speed range/spindle maximum output torque | 50~3500/177 | |
| 30 minutes/continuous | KW | 15/11 |
| Chuck diameter | KW | 8 |
| X/Z axis fast shift speed | Nm | 30/30 |
| X/Z axis stroke | m/min | 200/560 |
| Tail seat stroke | 450 | |
| Tail seat spindle taper hole taper | mm | MT5# |
| Standard tool holder form | mm | Horizontal 8 work stations |
| Knife Square | mm | 25×25 |
| Boring bar diameter | mm | Φ40/Φ32/Φ25/Φ20 |
| Can you choose a knife nearby? | Can | |
| Total weight | kg | About 3800 |
| Disk-type parts | mm | About 200 (including machine tool accessories such as chucks) |
| Shaft parts | About 500 (including machine tool accessories such as chucks) |
| Name | Introduction | Size | Category | Thumbnail | Copy Link | Download |
|---|---|---|---|---|---|---|
| Bangcheng pdf test page.pdf | 50.46MB |  | Copy Link | Download |
