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Home / Machine tools and equipment / Metalworking machine tools / Electrical discharge machines (EDM) / CNC-EB EDM / CNC Die-sink EDM machine AL40G
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CNC Die-sink EDM machine AL40G

Series AL
Working table size 600mm x 400mm
X/Y-Axis travel 400mm / 300mm
Max. weight of workpiece 550kg

Price & Terms

Price on Request

Specifications

Machine unit

Working table size 600mm x 400mm
Work tank inner size 750mm x 620mm x 350mm
X/Y-Axis travel 400mm / 300mm
Z-Axis travel 270mm
Max. weight of workpiece 550kg
Distance between table surface and electrode plate 150mm – 420mm
Max. electrode weight 50kg

Dielectric fluid unit

Tank capacity 285L

Pulse generator

Operating current 40A
Total power input 10kVA

CNC

EDM system CNC
Control Method CNC Close Loop
Controlled axis X-axis / Y-axis / Z-axis
Display 19″ / TFT LCD

Engines and power supply

Voltage 220V / 50Hz / Three phase / AC

Other

X-axis drive Linear motor
Y-axis drive Linear motor
Z-axis drive Linear motor

Overall dimensions and weight

Weight 4000kg
Overall length 1550mm
Overall width 2440mm
Overall height 2330mm

Description

AL40G Electric Discharge Die-Sinking Machine

The AL40G is a modern high-performance CNC die-sinking EDM machine equipped with rigid linear motors and artificial intelligence (AI). It combines speed, precision, and intelligent control to tackle the most complex manufacturing challenges.


Key Features:

  • Proprietary Rigid Linear Motors
    Deliver high-speed and precise movement with acceleration up to 1G. Stable operation even under "no flush" conditions.
  • New "SP Power Supply" Generator
    Enhanced communication and data processing speeds, nearly doubling motor response. The adoption of new TMM4 and BSN4 circuits improves quality and speed across all processing stages.
  • "Arc-less 4" Technology
    Reduces electrode wear, increases speed, and enhances surface quality through advanced discharge control.
  • Extended Processing Circuits
    Standard inclusion of TMM4, TPC4, and BSN4 circuits ensures high productivity even during fine finishing in narrow gaps.
  • Thermal Commit (TH COM) System
    Temperature sensors continuously monitor machine components. The TH COM function minimizes thermal displacements caused by ambient temperature changes and high-speed operation.

Advantages:

  • High processing speed and accuracy
  • Stability even under challenging conditions
  • Improved surface quality and reduced electrode wear
  • Intelligent compensation for thermal deformations
  • Modern interface and IoT support