Mitsubishi X250 Spécifications télécharger pdf (Page 9)

Extensively using 3D CAD data at the workshop

Accessible CAD/CAM 

system

Advance control unit functions

Using advanced 3D data at machining site

Advance Control Unit

■3D import

• Read in machining instruction

information (EPX) and 3D models

of electrodes and workpieces

(Parasolid) from CAD/CAM

• Changes in the electrical-discharge machining area are

accurately calculated with 3D models of the electrode and

workpiece

• Optimum machining conditions are generated at the start

of electrical discharge, thus increasing the machining

stability and speed

• The cutting simulation results workpiece data (STL) can be

used to attain an effect even when rough-milling the

workpieces

■Measurement

position confirmation

• Display 3D models of

electrodes and workpieces

• Easily check the core

alignment measurement

position

■3D check

• Conduct preliminary review of the machining and core alignment

measurement process with animated displays

• Convenient for checking interference and stroke end, and checking

the electrode mounting state

■3D view machining position

confirmation

• Display 3D models of electrodes and

workpieces simultaneously to match the

machining position

Batch output of the machining position

coordinates, core alignment position, 3D models

and machining instructions.

* EPX is a machining condition conversion format for die-sinking

EDMs enforced by the Japan Die & Mold Industry Association.

The EPX file does not include the core alignment

measurement position information.

3D-Advance

EPX-compatible CAD/CAM

* Parasolid is an industry standard 3D CAD model format, and is a

registered trademark of UGS PLM Solutions Co. Ltd.

3D CAD/CAM

Simulation results

Workpiece model after cutting (STL format)

Cutting simulator

EPX data

Industry first! Area recognition and machining condition 

optimization considering rough pre-milling.

3D-EXPERT

3D CAD data

(Parasolid)

CAM

Check

Set-up

Completion

Generation

of optimum

machining

conditions

Analysis of

machining

area changes

Machining

■3D confirmation during

setup

• Display designated 3D models

even during set-up

• Carry out work while comparing

with the actual part

Workpiece model

(STL or Parasolid)

Workpiece before

electrical-discharge machining

Electrode model (Parasolid) Graphite electrode

After electrical-discharge machining

Examples of machining where area changes

Workpiece Graphite electrode

(Note) The machining performance may change according to the machining details.

Machining time (min)

10 20 30 40 50

With 3D-EXPERT

Without 3D-EXPERT

*The Advance control unit is incorporated only in Advance models.

Machining depth（ｍｍ）

•

Area is calculated accurately taking workpiece and electrode shape into consideration

• Machining conditions for rough machining can be set easily, thus increasing the

machining stability and speed

15 16

Product Line-up

Machining Samples

Total Solutions

Machine Specifications

and Options

Advance Series

Functions and Features

EA Series Functions

and Features

Advance Series

Product Introduction

MA, EA Series

Product Introduction

Advance Control Unit

Tooling

64-bit Control Unit

Power Supply/Control

Specifications

Preparation for

Machine Installation

Precautions

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Mitsubishi X250 Spécifications Page 9

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