|X axis travel||230 (205 + 25opt.) 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 ~ 3500 rpm|
|Power chuck system||10 in. ( 12 in. opt. )|
|Hole diameter||ø76 ( ø92 opt. ) mm|
|Cutting feed rate||X cutting feed rate: 0~10,000
Z cutting feed rate: 0~10,000 M / min
|Tool change type||SERVO|
|Number of tools||12 (*10)|
|Turning shank size||25×25 mm|
|Max turning bar diameter||Ø40 (Ø50 opt.) mm|
|Power tooling motor||N/A|
|Power tooling speed||N/A|
|Tailstock body travel||830 ( 580/1080 opt. ) 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|
|Hydraulic motor||3 HP|
|Power requirement||30 KVA|
|Net weight||4,800 (*5,300/5,800)|
|Length||2,750 (*3,000/3,550) 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 ballscrews ø 32 mm & ø 40 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.