Large Aperture Strong Cutting CNC Lathe

No.: CK680

Detail

Features

Parameters

● The castings are cast using resin sand technology, with beautiful appearance and small deformation.

● This machine tool is a two-coordinate horizontal CNC lathe. It is mainly responsible for various turning processes. Through the control of a microcomputer program, it can turn complex surfaces such as inner and outer cylindrical surfaces, circular surfaces, grooving, arcs and spherical surfaces of various parts. It can also perform drilling, reaming, drilling, drilling, tapping and other processing.

● Mature and reliable high-rigidity spindle pump, medium 86 spindle aperture, 520mm double triangular guide rail, central screw, good guidance, stability and versatility. The bed guide rail adopts super audio frequency fire reduction, good wear resistance, guaranteed Precision lasts. There is a wide chip removal hole under the chuck, and the ball screw is effectively protected.

● The X and Z sliding saddles are both wide and thick, with large contact surface and large stroke. Their rigidity, stability, durability, versatility and scalability are extremely rare among machine tools of the same level. It can be equipped with various specifications of tool holders, turrets, rows of tools, and power heads, or they can be mixed.

● The main pumping speed can reach 2000rpm. The through hole is 86, the rotation diameter on the bed is 740mm, the processing straightness on the slide plate is 327mm, the X-direction stroke is up to 520mm, and the X-direction stroke is up to 690mm. The knife installation type is flexible, the power head can be installed, and the tail can be optional seat, its processing capabilities and range are particularly outstanding.

● The bed and foot are integrally cast, with a reasonable and beautiful layout. Installation, handling, cooling, protection, pipeline layout, etc. are all carefully considered, which not only highlights the accuracy and rigidity of the machine tool, but also takes into account practicality and pleasantness. The structure is reasonable and the protection is beautiful.

ModelCK680
Processing rangeMaximum rotation diameter of bed(mm)Φ740
Maximum rotation diameter on large carriage(mm)Φ700
Maximum rotation diameter of the middle pallet(mm)Φ327
Maximum processing length(mm)550/750/1000
SpindleSpindle end and type codeA2-8
Spindle center height340mm
Spindle speed range200~2000r/min
Spindle speed seriesStepless
Spindle bore diameter(mm)Φ86
Spindle taper holeMetric 93
Main motor power15kw(Servo)
Rail span520/Double triangular guide rail/screw center
ChuckManualΦ250/three claws
PneumaticSpecial allocation (by user)
HydraulicSpecial allocation (by user)
Spring colletSpecial allocation (by user)
FeedFeed motor torque(x/z)7.5/10
Z-axis travel(mm)630/830/1080
X-axis travel (mm)520
Fast movement speed(X/Z)(m/min)6/8
Minimum input unit(mm)0.001
Knife holderFour-station tool holderStandard configuration
Six-station tool holderSpecial configuration
Tool holderSpecial configuration
TailstockNone (optional)
Control SystemGuangshu 980Special configuration
Kanedi KND1000TStandard configuration
Fanuc, Siemens, Mitsubishi、FAUNC、SIEMENS、MITSUBISHISpecial configuration
Machine size (length × width × height)550mm: 2540x1920x1780mm
750mm: 2740x1920x1780mm
1000mm: 2990x1920x1780mm
Machine weight(kg)2600~3000
Advantages
The design team is mainly composed of senior engineers with many years of work experience in Taiwan and state-owned enterprises. The chief design engineer has more than 40 years of technical work experience in state-owned enterprises. The design expert is from Taiwan and has been deeply involved in the field of CNC equipment design for more than 20 years.
Advanced design tools empower: Using professional computer-aided design (CAD) and computer-aided engineering (CAE) software, through 3D modeling, structural design, motion simulation and mechanical analysis, to ensure that the design of CNC equipment is scientific, reasonable, stable and reliable.
Precision calculations guarantee quality: We conduct precise mechanical calculations and thermal deformation analysis on key components of CNC equipment, such as spindles, lead screws, and guide rails, to rationally determine structural parameters and accurately select materials to ensure that the equipment can maintain stable performance and processing accuracy for a long time when operating at high speed and high precision.

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