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Linear-motor-drive, high-speed die-sinker EDM
AG55L/AG75L
"Zero-wear" (wear rate of less than 0.06% is defined as zero-wear)
While machining with graphite electrode, "Zero-Wear"
has been made possible, making full advantage of high speed machining performance of graphite electrode.
Large reduction of machining time and human errors can be expected thanks to the reduced number of electrodes.
Remodeled "LP control", "easy-to-use" pursuing control panel
Control panel pursuing easy-to-use and newly adopted high-speed serial comunication method improved driving performance and servo responsiveness.
Intelligent Q3Vic EDM is standard
3D solid model can be directly imported into the NC of the EDM.
Easy and accurate set up is possible thanks to the 3D solid image displayed on the screen without entering complicated programming and numeral input.
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| Model |
AG55L |
AG75L |
| Max. travel of X,Y,Z axes (mm) |
550 × 400 × 350 |
700 × 500 × 350 |
| Max. electrode weight (kg) |
50 |
100 |
| Max. weight of workpiece (kg) |
1000 |
2000 |
Machine tool dimensions
(width × depth × height) (mm) |
1715 × 2600 × 2720
(including service tank) |
2268 × 3032 × 2900
(including service tank) |
| Total power supply |
3-phase 50/60 Hz 10 kVA
(including fluid cooler (optional)) |
3-phase 50/60 Hz 15 kVA
(including fluid cooler (optional)) |
| Air pressure (MPa) |
0.45 (0.65 with automatic clamp chuck) |
0.65 |
| Air flow rate (NR/min) |
100 |
100 |
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3D LORAN machining - Golf club head
Smooth and accurate curved form is possible by optimal trajectory of 3D LORAN machining.
Machining program input supporting soft,"LN Assist" enables easy output of machining conditions as well as optimal vibration trajectory.
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| Workpiece material |
YXR3 |
| Cutting thickness |
15 mm |
| Electrode material |
Cu |
| Surface roughness |
3.9μmRz |
| Time |
4 hours |
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f 160mm rib cutting (18 ribs)
Multiple simultaneous rib cutting is possible by only one electrode thanks to
"Zero wear" technology. Stable high-speed machining is possible in rough machining, and high quality uniform surface is possible.
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| Workpiece material |
SKD61 |
| Cutting thickness |
25 mm |
| Electrode material |
Graphite/TTK9 |
| Surface roughness |
9.8μmRz |
| Time |
13 hours |
| Remarks |
one electrode is used |
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200 x 120mm Valve cover
The surface of roughly machined workpiece with deep cutter mark can be finished by only one electrode with "Zero wear"technology. Total machining time is reduced by 20%.
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| Workpiece material |
SKD61 |
| Cutting thickness |
28 mm |
| Electrode material |
Graphite/EX70 |
| Surface roughness |
16.4μmRz |
| Time |
27hours and 50 min. |
| Remarks |
one electrode is used
electrode wear rate 0.03% |
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Rib cutting handle column cover
One graphite electrode enables simultaneous multi rib cutting in a short time. It contributes to saving time and labor hour for injection molding.
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| Workpiece material |
NAK80 |
| Cutting Thickness |
85 mm |
| Electrode material |
Graphite/EX70 |
| Surface roughness |
9.9μmRz |
| Time |
8 hours and 30 minites |
| Remarks |
one electrode is used |
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f 160mm Speaker Grill
High speed and high accuracy machining by electrode with multiple small holes within f 160mm. The number of required electrodes is reduced from 2 to 1 and machining time is reduced by 30 %.
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| Workpiece material |
NAK80 |
| Cutting Thickness |
3 mm |
| Electrode material |
Graphite/EX70 |
| Surface roughness |
10.8μmRz |
| Time |
26 hours |
| Remarks |
one electrode is used |
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*Sales model may differ depending on the market.
Please contact your sales representative for details.
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