CNC Lathe

X axis travel 230 (*205+25) mm
Z axis travel 550 (*800/1,040) mm
X / Z Guide ways Box way
Swing over bed Ø600 mm
Swing over saddle Ø400 mm
Max. turning diameter Ø400 mm
Drawtube capacity Ø76 mm
Max. turning length 500 (*750/1,000) mm
Speed 30~3,500 rpm
Nose A2-8
Power chuck system 10 (*12) inch
Hole diameter Ø76 (Ø92) mm
Motor 25 HP
Tool change type SERVO
Number of tools 12 (*10)
Turning shank size 25x25 mm
Max turning bar diameter Ø40 (*Ø50) mm
Power tooling N/A
Power tooling motor N/A
Power tooling speed N/A
Feed Rate
Cutting feed rate X cutting feed rate: 0~10,000
Z cutting feed rate: 0~10,000 M / min
Tailstock body travel 830 (*580/1,080) mm
Quill travel 100 mm
Quill taper 5 MT
Quill diameter Ø85 mm
X axis travel 20 M / min
Z axis travel 24 M / min
X cutting feed rate 0~10 M
Z cutting feed rate 0~10 M
Tank Capacity
Hydraulic 50 L
Hydraulic motor 3 HP
Equipment Requirement
Power requirement 30 KVA
Machine Dimension
Net weight 4,800 (*5,300/5,800) Kgs
Length 2,750 (*3,000/3,550) mm
Height 1,800 mm
Width 1,860 (*1,860/1,950) mm

The manufacturer reserves the right to modify the design, specifications, mechanisms, etc. to improve the performance of the machine. Specifications are subject to change without notice.

  • One-piece slant bed structure provides steady base, low center, and high rigidity.
  • Box way design with thicker rids allows no transformation.
  • Machine are made of Meehanite cast iron. the stress-relieved structure features metallic stability and deformation-fee characteristics for long term static as well as dynamic accuracy.
  • Every contacting surface is precision hand scraped to increase the flatness and improve geometric accuracy of the whole assembly.
  • Surrounded pressure current leading design on casting keeps longer lasting life.
  • With high quality and high precision linear guide ways.
  • Rapid feed achieves 20 & 24 m/min for X and Z axis and guarantees high efficiency machining capacity.
  • High precision C3 class balls crews Ø32 mm & Ø40 mm for X and Z axis.
  • With direct drive coupling are experimented in real pre-tensioned test to ensure axis positioning accuracy.
  • Hydraulic tailstock travel can be controlled by NC program.
  • Tailstock quill thrust can be adjusted from machine front.
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