Detailed Product Description

CNC Flat bed lathe

CK6180,CK6194 series are parallel CNC lathes of popular edition.They are suitable for turning of complicated shaft,sleeve,and disk type workpieces such as turning of internal and external cylindrical,conical,arc surfaces and various threads.And are especially fit for turning of diversified workpieces on small and medium batches.They are of high versatility,high efficiency,low inferiority and good conformability.Also,being excellent mediumtype machining equipment,they are of simple programming,easy operation and with full functions.
1.The spindle can accomplish 4-stage infinite frequency veriable speed changing.Being of wide range,big lap,full automatic,the spindle speed can accommodate wide machining range.
2.The spindle can accomplish large torque output at low speed range.
3.The movable safe-guard design makes the machines easy to operate and easy to load/unload work-pieces.
4.Equipped with load reducing device makes the tailstock easy to move.
5.Taper turning unlimited angle and length.
6.Cutting of various cylindrical and taper threads,and continuous transition threads.

WORKING SCOPECk6180//Ck6194
Swing over bed800//940mm
Swing over carriage510//650mm
Maximum length of workpiece750,1000,1500,2000,3000mm
Maximum turning length600,850,1350,1850,2850mm
Width of guideway550mm
Spindle
Spindle nose codec11
Diameter of spindle thru hole100mm
Taper hole of shindle120mm
Spindle speeds(4-stage infinite)10-800r/min / 10-52 / 26-128 / 64-320 / 160-800
Feed motion
x-axis and z-axis min. feed increment0.0005/0.001
x-axis and z-axis rapid speeds3000/6000
x-axis max.travel490
Tool post
electric tool-post working positionh4/V6/V8
section of turning tool32x32
Tailstock
Diameter of Tailstock quill100mm
Travel of tailstock quill250mm
Taper Hole of Tailstock quill5Morse
Main motor power11kw
Machine mass3600,3900,4100,4400,4600kg
Machine overall dimensions(LxWxH)2930,3180.3630.4130.5362x1830x1790mm
Acceptance Conditions
JB/T8324.1-96 Alluracy Parallel Lathe
JB/T8324.2-96 Terms Parallel Lathe