Live Tool CNC Lathes
CK6146
- Commodity name: Live Tool CNC Lathes
- Description
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Standard configuration:
Control system Taiwan new generation spindle system Yamamoto Seiko inclined bed equipment transmission system Taiwan Yintai / shangyin, clamping system, Cooling system cover mechanism ful sheet metalstainless steelinternal protection full protection
Optional configuration:
control system Taiwan Baoyuan,spindle system Taiwan Simpson /Jianchun,skew bed equipment transmission system Japan THK,X/Zdrive system Japan Yaskawa
Parameter configuration
Project 6146 The largest turning diameter of the bed 460mm Maximum work piece turning diameter 140mm Spindle aperture 56mm Spindle speed range 6000r/min Main motor power 5.5kw Main parameter Technical parameter Project unit 6146 Processing range Maximum Swing over bed mm ∅460 Tuming diameter of camiage mm ∅140 Maximum processing length mm 220 Principal axis spindle end form r/min 6000 spindle diameter ISO A2-5 Through hole diameter of spindle mm ∅56 spindle speed series mm ∅46 Main motor power kw 5.5 Tool holder form / Blade arrangement tool number hold 6 Maximum size of square shank mm □20×20 Maximum dimension of round shank mm ∅20 Feed X-axis fast moving speed m/min 30 Z-axis fast moving speed m/min 30 X-axis travel mm 800 Z-axis travel mm 350 Screw rod Diameter(x/z) mm ∅32 Pitch(x/z) mm 10 Guide Linear guide (x) mm 30 Linear guide (z) mm 30 Accuracy Precision turning of outer circle / IT6 Surface roughness of fine turning parts mm Ra0.4-0.6 Roundness of fine turning parts mm ≤0.01 Positioning accuracy mm X:±0.003 Z:±0.003 Repeat positioning accuracy mm X:±0.003 Z:±0.003 Machine size L×W×H mm 2020×1800×1980 Weight kg 2800 Live tool CNC lathe is an advanced machining solution designed to combine turning and milling operations in a single machine platform. By integrating powered tooling technology with CNC control systems, it provides efficient and precise processing capabilities for complex parts manufacturing. Compared with traditional CNC lathes, live tool CNC lathes can perform multiple machining operations without frequent workpiece repositioning, helping improve production efficiency and machining accuracy.
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