Sodick Sodick AL60G+
Key Specifications
X Travel
Y Travel
Z Travel
max electrode weight
max workpiece weight
drive system
Overview
The Sodick AL60G+ is a mid-to-large production sinker EDM from the AL-G Plus series, offering 600 x 420 x 370 mm X/Y/Z travel with all-axis linear motor drives. The plus generation incorporates the new SP Power Supply with doubled motor control response speed, Arc-less 4 circuit technology, TH COM thermal compensation, and the LN Pro AI machining condition adviser.
The AL60G+ supports a 50 kg maximum electrode weight and 1,500 kg maximum workpiece weight, making it suitable for production mold bases and large die inserts. The 600 x 420 mm X/Y travel covers the majority of large injection mold cavities, forging die impressions, and die casting tooling that production shops encounter. The 370 mm Z-axis stroke provides depth capacity for deep cavity work.
The SP Power Supply with Arc-less 4 circuit delivers faster machining speeds with reduced electrode wear versus the previous AL60G generation. TH COM precision correction reduces thermal displacement by 50% compared to conventional models, maintaining cavity accuracy during multi-hour production burns. The LN Pro AI adviser recommends optimal generator settings based on application parameters.
The machine produces surface finishes from satin to mirror quality on hardened tool steels. At 1,740 x 2,785 x 2,570 mm (including power supply and dielectric tank), the AL60G+ requires moderate production floor space.
Full Specifications
| Parameter | Value |
|---|---|
| X-Axis Travel | 600 mm (23.6 in) |
| Y-Axis Travel | 420 mm (16.5 in) |
| Z-Axis Travel | 370 mm (14.6 in) |
| Max Electrode Weight | 50 kg (110 lb) |
| Max Workpiece Weight | 1,500 kg (3,307 lb) |
| Drive System | All-axis linear motor drive |
| Generator | SP Power Supply with Arc-less 4 circuit |
| Surface Finish | Satin to mirror finish capability |
| CNC Control | Sodick LQ controller with LN Pro AI adviser |
| Thermal Compensation | TH COM precision correction (50% thermal displacement reduction) |
| Machine Dimensions | 1,740 x 2,785 x 2,570 mm (68.5 x 109.6 x 101.2 in) including power supply and dielectric tank |
| Dielectric | Oil dielectric |
| Axis Stroke Xyz | 600 x 420 x 370 |
| Max Weight Of Electrodekg | 50 |
| Max Weight Of Workpiecekg | 1500 |
| Machine Tool Dimensions W X D X H | 1740 x 2785 x 2570*1 |
Specifications sourced from sodick.co.jp — verified 2026-03-28
Strengths & Limitations
Strengths
- 600 x 420 mm X/Y travel covers the majority of large injection mold cavities and die casting dies
- 1,500 kg workpiece capacity handles production mold bases and heavy die blocks directly
- SP Power Supply with Arc-less 4 reduces electrode wear while increasing machining speed
- 370 mm Z-axis stroke provides deep cavity capacity for complex mold and die features
- TH COM reduces thermal displacement by 50% for accuracy on extended production burns
- LN Pro AI adviser reduces skilled operator dependency on complex multi-electrode setups
Limitations
- Premium pricing reflects SP Power Supply, Arc-less 4, and AI technology investment
- 1,740 x 2,785 mm footprint (with peripherals) requires dedicated production floor space
- Linear motor service requires Sodick-certified technicians
- Oil dielectric system requires fire suppression and ventilation provisions
Best For
Frequently Asked Questions
01
The AL60G+ provides 600 x 420 mm X/Y travel versus 400 x 300 mm, Z-axis stroke of 370 mm versus 270 mm, and 1,500 kg workpiece capacity versus 550 kg. Both share the SP Power Supply, Arc-less 4, TH COM, and LN Pro AI. Choose the AL60G+ when work regularly exceeds 400 mm in X or 300 mm in Y.
02
The SP Power Supply doubles motor control response speed versus previous-generation power supplies, enabling finer position control during sinking. Combined with Arc-less 4, it delivers faster machining with less electrode wear. The net effect is higher productivity and lower per-part electrode cost.
03
Yes. Sodick offers an optional 16-position AEC (Automatic Electrode Changer) for the AL-G Plus series. The AEC enables fully automated multi-electrode sequences for complex mold cavities requiring roughing, semi-finishing, and finishing electrodes.
04
TH COM actively monitors and corrects for thermal displacement during extended production burns. Sodick claims 50% reduction in thermal drift versus conventional models. This maintains cavity dimensional accuracy across multi-hour unattended burns where temperature variations would otherwise cause measurable drift.
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