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CK6160 Mini Flat Bed Automatic CNC Lathe Machine for Metal

Machine Type: Lathe Machine
Structure: Slant Bed Lathe
Chuck Size: 10 Inch
Max. Swing Diameter: 600 mm
Spindle Bore: 82 F/mm
Max. Work Piece Length: 1000 mm

How to use CK6160?

The machine is suitable to process all kinds of small and middle-sized shaft and plat work piece, and could also turn various threads, circle cone, inside and outside surface of revolved body, this machine is widely sued in sanitary, valve, electrical appliance, instrument, automoblie, motorcycle, bearings and so on.

Specifications	unit	CK6150B
Max. swing dia. over bed	mm	600
Max. swing dia. over slide	mm	395
Maximum turning diameter (disc )	mm	600
Max. work piece length	mm	1000/1500/2000
Maximum turning length	mm	850/1350/1850
Spindle nose	/	A2-8/A2-11
spindle bore	F/mm	82/130
Spindle taper	F/mm	90/140
Spindle speed	r/min	150-1800/150-800
Spindle type	/	Stepless speed regulation
Spindle motor power	KW	7.5/11
Chuck type	/	hand chuck
Chuck size	mm	250/320/380
Xaxis rapid traverse	m/min	6
Zaxis rapid traverse	m/min	8
X axis servo motor torque	N.m	5/7.5
Z axis servo motor torque	M.m	7.5/10/15
Xaxis travel	mm	325
Zaxis travel	mm	1000/1500/2000
Guide way type	/	Hard rail
Capacity of tool post	/	4
Tool shank size	mm*mm	25*25
Tail stock quill dia	φ/mm	75
Tail stock quill travel	mm	150
Tail stock quill taper		MT5#
Total rated power	KW	11/12/13
Total rated current	A	23/26/29
Net weight	KG	2800/3200/3400
Machine dimension (LxWxH)	mm	2650/3250/3750x1700x1820

Characteristics of CNC lathe

Higher accuracy Taiwan linear guideways
Higher speed spindleunit
Higher rigidity castings
Integrated automatic lubrication
One-piece Casting bed and slant bed
optional power turret

Characteristics of CNC lathe

Higher accuracy Taiwan linear guideways
Higher speed spindleunit
Higher rigidity castings
Integrated automatic lubrication
One-piece Casting bed and slant bed
optional power turret

Two kinds of turret optional

Servo Turret Power Turret

Adopting high-precision triple-end gear locking, with large locking force and high precision.
Bidirectional transposition, can be any knife near the knife selection, high efficiency of tool change
The knife plate can be loosened, indexed and locked without lifting.
Compact and reasonable structure, stable performance, high cost performance
Adopting imported proximity switch, fast sensing the signal of knife change.

Servo motor drives the cutter plate to select the knife quickly in both directions, with high efficiency of operating the knife.
Adopting high-precision triple-end gear locking, with large locking force and high cleanliness.
The oil pressure within the locking force can be used to pin the gear disk and thus has the reliability.
Realize turning, iron drilling and machining in one by the rate of moving tool force.
Axial, longitudinal and special fixed degree processing is possible through the power tool holder.

Mechanical Spindles

High speed, high precision, high rigidity spindle.
High speed - Adopting high speed. Precision paired bearings, rigid or elastic preload structure, can obtain a high speed, so that the tool to play the best cutting effect.
High Precision bearings coupled with high precision parts manufacturing are sufficient to ensure that the longitudinal runout of the 7:24 taper hole to the mounting surface is within 0.005NM.
High Efficiency - The ability to change the speed in a continuous fine-tuning manner allows timely control of the cutting speed during the entire machining process to maximize the machining efficiency.

Chuck

Patented product, cylindrical form of connection.
The chuck is easily installed, and the connection method follows industry standards; it is simply equipped with a flange consistent with the chuck, without changes in the machine structure; similar to the connection method of general mechanical chuck, the specific installation method refers to installation instructions.
The chuck is a built-in cylinder with large clamping force, good sealing, high precision, safety and reliability, nice economical and practical applicability and long service life, and it can be suitable for processing disc, short-shaft, gear parts and large bulk of products.

Two kinds of tailstock optional

Manual tailstock Hydraulic tailstock

The tailstock is supported by linear guideway and automatically clamped by specialized clamp. The tailstock has high rigidity, stable precision, easy and flexible manual operation, which greatly improves the machining efficiency, and can be applied to heavy cutting and high-precision machining needs.

The tailstock is driven by servo motor to move and tighten the tailstock, realizing tailstock automation and intelligence, improving machining efficiency and operation simplicity. The tailstock stroke and tailstock thrust can be set in the CNC interface, which is suitable for unmanned machining on various occasions.
The tailstock spindle can be equipped with a built-in dead center (MT.4)according to customer requirements.
The tailstock spindle rotates with bearing support.

Servo motor drives the cutter plate to select the knife quickly in both directions, with high efficiency of operating the knife.
Adopting high-precision triple-end gear locking, with large locking force and high cleanliness.
The oil pressure within the locking force can be used to pin the gear disk and thus has the reliability.
Realize turning, iron drilling and machining in one by the rate of moving tool force.
Axial, longitudinal and special fixed degree processing is possible through the power tool holder.

Adopting high-precision triple-end gear locking, with large locking force and high precision.
Bidirectional transposition, can be any knife near the knife selection, high efficiency of tool change
The knife plate can be loosened, indexed and locked without lifting.
Compact and reasonable structure, stable performance, high cost performance
Adopting imported proximity switch, fast sensing the signal of knife change.

High speed, high precision, high rigidity spindle.
High speed - Adopting high speed.Precision paired bearings, rigid or elastic preload structure, can obtain a high speed, so that the tool to play the best cutting effect.
High Precision bearings coupled with high precision parts manufacturing are sufficient to ensure that the longitudinal runout of the 7:24 taper hole to the mounting surface is within 0.005NM.
High Efficiency - The ability to change the speed in a continuous fine-tuning manner allows timely control of the cutting speed during the entire machining process to maximize the machining efficiency.

Patented product, cylindrical form of connection.
The chuck is easily installed, and the connection method follows industry standards; it is simply equipped with a flange consistent with the chuck, without changes in the machine structure; similar to the connection method of general mechanical chuck, the specific installation method refers to installation instructions.
The chuck is a built-in cylinder with large clamping force, good sealing, high precision, safety and reliability, nice economical and practical applicability and long service life, and it can be suitable for processing disc, short-shaft, gear parts and large bulk of products.

The tailstock is driven by servo motor to move and tighten the tailstock, realizing tailstock automation and intelligence,improving machining efficiency and operation simplicity. The tailstock stroke and tailstock thrust
can be set in the CNC interface, which is suitable for unmanned machining on various occasions.
The tailstock spindle can be equipped with a built-in dead center (MT.4) according to customer requirements. The tailstock spindle rotates with bearing support.

Adopting high-precision triple-end gear locking, with large locking force and high precision.
Bidirectional transposition, can be any knife near the knife selection, high efficiency of tool change
The knife plate can be loosened, indexed and locked without lifting.
Compact and reasonable structure, stable performance, high cost performance
Adopting imported proximity switch, fast sensing the signal of knife change.

GSK988TA turning center CNC system

GSK988TA turning center CNC system adopts GSKLink industrial Ethernet bus technology and is adapted to GR-L series servo devices. It supports online servo debugging and can be connected with scale,magnetoresistive/magnetic encoder and angle encoder to realize full closed-loop control of feed axes and high-precision CS-axis control. It meets the needs of high-precision and high-efficiency machining of medium and high-grade turning centers.

Other systems are optional

SINUMERIK 808D

FANUC 0i-F Plus

Supports remote monitoring and fault diagnosis

Based on Ethernet LAN interface, it can realize remote monitoring, fault diagnosis and reliability data collection and analysis of CNC machine tools. Including the uploading and downloading of machining files, parameter files, tool offset files and other data, truly realizing the function of remote monitoring. Support FTP communication transfer protocol.

High-speed and high-precision control

Adopting GSKLink industrial Ethernet bus, the maximum running speed is 100m/min,supporting nano-interpolation. Equipped with GR-L series servo device and servo motor with high resolution absolute encoder as standard, it realizes full closed-loop control of feed axis and high-precision Cs-axis control.

Support mill-turn combined machining

The system can be configured with 8 feed axes and 4 spindles, and the spindles can be controlled as Cs axes. Realize one clamping to complete turning,milling, drilling, tapping and other processing.Simple, practical, efficient and low-cost realization of mill-turn compound machining. With polar interpolation,cylindrical interpolation,rigid tapping and drilling and boring cycle commands.

Servo drives and 1/O units are connected via industrial Ethernet bus(GSKLink bus).
Maximum 8 feed axes and 4 spindles, any 3-axis linkage, supports combined turning and iron machining.
Minimum command unit 01um,support nano interpolation.Maximum traveling speed 100m/min
Support 4 additional axes function, can assist loading and unloading can use parallel program function to execute background functions.
Support servo online tuning, encoder calibration and real-time monitoring of servo status.
Simple auxiliary programming method, support the track preview function
Provide user-defined interface function
Multi-language PLC ladder online editing, real-time operation monitoring
Equipped with network interface to support remote monitoring and file transfer of system data.
Equipped with GRL series servo drive unit andhigh resolution absolute encoder servo motor as standard.