MITSUBISHI - DIE-SINKING ELECTRICAL DISCHARGE MACHINES - SG28

Productivity
Sensing technology (D-CUBES) and AI technology (Maisart) optimize machining in real time.
Maisart
*Optimal machining control with AI and high-speed jump significantly improve machining efficiency.
IDPM3
*Machining speed is up to 50% faster with combination of highly accelerated jump control and aduptive control "IDPM3".
*Suppresses edge wear enables single electrode machining. Electrode cost, setup and machining time are significantly reduced.
Surface quality improvement
*High rigidity structure and new power supply etc. improve machining surface quality.
*Realized few and small pinholes on surface.
Workability
*3-sided automatic elevation working tank provides high accessibility to machine for setup and easily automated.
*Visualization of machine's operation status with built-in warning light (option).
*Large electrode can be exchanged easily by electrode remove/mount timer.
*Heights of working tank and fluid level are adjusted automatically according to height of the head (ATA).
*Condition of back side of workpiece is possible to check by installing stainless steel plate at back of working tank.
Operability
"Fast" and "Ergonomic"operation. Excellent performance with "Easy operation","human error reduction" and "connect ability" supporting productivity improvement for customers.
*19 inch touch screen.
*HOME Screen is like a smartphone. Possible to reach various screen by "short-cut menu".
*Navigation menu supports operation from setup to machining.
*New thin operation box is a standard equipment.
*Optimal conditions can be searched by refined search. Selected machining conditions can be easily adjusted with adjustment bar.
*"Action menu" helps your operation. Table form programing display.
*Centralized management of consumables. Consumables screen manages usage time and replacement log of consumables.
*Power saving function to reduce power consumption. Reduces standby power consumption during idling at night, etc.
SPECIFICATIONS:
| Machine Unit | |||||
| Machine travels (X x Y x Z) | [mm] | 650 x 450 x 400 | |||
| Distance between table and electrode mounting surface | [mm] | 280-680 | |||
| Max. electrode weight | [kg] | 200 | |||
| Working tank method | Automatic elevation system | ||||
| Working tank inner dimensions (W x D x H) | [mm] | 1100 x 810 x 450 | |||
| Fluid level adjustment range (from top of table) | [mm] | 75-400 | |||
| Table dimensions (W x D) | [mm] | 850 x 600 | |||
| Max. workpiece dimensions (W x D x H) | [mm] | 1050 x 760 x 350 | |||
| Distance between floor and top of table | [mm] | 900 | |||
| Max. workpiece weight | [kg] | 2000 | |||
| T-slot | 5 slots at 14-100mm pitch | ||||
| Total system weight | [kg] | 5600 | |||
| Dielectric fluid reservoir | |||||
| Tank capacity | [L] | 390 | |||
| Initial dielectric fluid supply amount | [L] | 595 | |||
| Filtering system | Paper filter x 3 | ||||
| Dielectric fluid chiller unit | Unit cooler | ||||
| Installation | |||||
| Outline dimensions (W x D x H) | [mm] | 2620 x 2600 x 2745 | |||
| Delivery machine size without ATC (W x H) | [mm] | 1990 x 2745 | |||