Industrial CNC Machine Directory

Sodick AG600

$350,000 - $600,000 Updated 2026-03-17
01

Key Specifications

X Travel

800 mm

Y Travel

600 mm

Z Travel

500 mm

Table Size

1,200 mm × 800 mm

max workpiece weight

2,000 kg

generator amperage

160 A peak (high-current SP digital generator)

02

Overview

The Sodick AG600 is a large-format CNC sinker EDM machine from Sodick's AG series, designed for high-current die-sinking applications where workpiece size, electrode mass, and material removal rate are the primary production requirements. With X/Y/Z travels of 800 mm × 600 mm × 500 mm and a workpiece capacity exceeding 2,000 kg, the AG600 addresses the upper tier of industrial sinker EDM — serving die casting die manufacturers, large forging die shops, heavy stamping die producers, and aerospace manufacturers that work with large-format components beyond the capacity of mid-range sinker EDM platforms.

The AG600 uses Sodick's high-current SP generator system with K-SMC (Smart Motion Control) adaptive machining intelligence, configured at peak current levels appropriate for large-section electrode work. The generator's advanced pulse control manages the particular challenges of large electrode sinker EDM: maintaining stable discharge conditions across wide electrode faces, controlling flushing conditions in large deep cavities, and sustaining high material removal rates without arc damage to workpiece surfaces. K-SMC monitors gap conditions in real time and intervenes automatically when discharge instability is detected, enabling the AG600 to run aggressively roughing programs over long unattended cycles with confidence in workpiece surface integrity.

Sodick's AG series uses conventional precision servo drives rather than the linear motor system of the AL series, reflecting the different priority balance in large-format sinker EDM where absolute positioning precision is secondary to workpiece capacity, material removal rate, and structural rigidity under large electrode loads. The AG600's heavy cast iron machine structure is engineered for maximum rigidity under the inertial loads of large electrode rams, and the machine's thermal management system controls dielectric temperature and circulation to minimize thermal positioning drift during extended production cycles. Positioning accuracy is maintained to ±0.002 mm under production conditions — sufficient for all die and large mold applications.

The AG600's work tank accommodates workpieces up to 2,000 kg with a tank working area designed to accept large die blocks, large mold bases, and multiple workpiece setups within a single dielectric bath. Overhead crane access for workpiece loading is a standard facility consideration for AG600 installations, and Sodick's installation engineering team works with customers to specify appropriate lifting provisions and floor loading requirements. The AG600 is also available in LH (long-height) configuration for applications requiring extended Z-axis travel for deep cavity work.

For large die and mold facilities evaluating the AG600 against competitors' large-format sinker EDM offerings from Mitsubishi Electric (EA28V-ADV) or Charmilles, the Sodick AG600's SP generator waveform flexibility, K-SMC adaptive control capability, and Sodick's global service infrastructure provide strong competitive positioning. The machine is a long-term capital investment in large-format sinker EDM capacity, and Sodick's parts availability and service commitment to the AG series supports multi-decade machine lifespans common in heavy die and mold manufacturing.

03

Full Specifications

Parameter Value
X-Axis Travel 800 mm
Y-Axis Travel 600 mm
Z-Axis Travel 500 mm
Table Size 1,200 mm × 800 mm
Max Workpiece Weight 2,000 kg
Generator Amperage 160 A peak (high-current SP digital generator)
Surface Finish Ra 0.2 µm (fine-finish conditions)
Dielectric Dielectric oil with temperature-controlled circulation
CNC Control Sodick LN2W CNC with K-SMC adaptive control
Machine Weight Approx. 12,000 kg

Specifications sourced from sodick.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • 800×600×500 mm travel and 2,000 kg capacity handles die casting dies and forging dies beyond mid-range machine capacity
  • 160 A high-current SP generator enables aggressive large-electrode roughing at industry-leading material removal rates
  • K-SMC adaptive control sustains stable discharge conditions during high-current large-electrode burn cycles
  • Heavy cast iron structure provides rigidity under large electrode inertial loads for accurate large-cavity erosion
  • Sodick global service infrastructure supports long machine lifespans common in heavy die manufacturing facilities

Limitations

  • Requires substantial facility investment: overhead crane access, heavy floor loading, and large dielectric oil storage
  • Premium capital cost justified only by sustained high-volume large-format sinker EDM workloads
  • AG series servo drives do not match AL series linear motor positioning precision for fine-detail cavity work
05

Best For

Die casting die manufacturers eroding large multi-cavity die sets in H13 and P20 tool steel at high removal rates Heavy forging die shops producing large impression blocks for automotive structural and powertrain forgings Large stamping die suppliers eroding large blanking, drawing, and trimming die components Aerospace heavy component manufacturers eroding large alloy inserts, structural molds, and composite tooling
06

Frequently Asked Questions

01 What workpiece size can the AG600 accommodate?

The AG600 accepts workpieces up to 2,000 kg on its 1,200×800 mm table, with an 800×600×500 mm X/Y/Z erosion envelope. This covers large die casting die blocks, large forging impression dies, multi-cavity automotive tooling, and large mold bases that exceed the capacity of mid-range sinker EDM platforms. Overhead crane loading is required for workpieces above 500 kg.

02 How does the AG600 differ from the AG600LH?

The AG600LH (Long Height) variant extends the Z-axis travel beyond the standard AG600 specification to accommodate deep-cavity erosion applications where standard Z-axis travel is insufficient. The LH configuration is selected when working with deep forging die impressions, extrusion die cavities, or other applications where cavity depth approaches or exceeds the standard Z-axis range.

03 Why does the AG600 use servo drives rather than linear motors?

The AG series prioritizes workpiece capacity, structural rigidity under large electrode loads, and cost-effective high-current material removal rate over the sub-micron positioning precision of linear motors. For large die and mold applications, the ±0.002 mm positioning accuracy of precision servo drives is entirely adequate, and the simpler servo drive system reduces cost and service complexity at the heavy-machine scale of the AG600.

04 What electrode materials are used with the AG600 for large cavity work?

Large-area roughing on the AG600 typically uses iso-graphite electrodes, which offer good machinability, high material removal rates with large peak currents, and low electrode density (reducing ram load on large electrode blanks). Copper electrodes are used for fine-finish sequences on critical surfaces. Copper-tungsten electrodes are specified for carbide erosion or applications requiring minimal electrode wear.

05 What facility requirements does the AG600 installation involve?

The AG600 weighs approximately 12,000 kg and requires a reinforced concrete floor with appropriate load capacity per Sodick's installation specification. Overhead crane access rated for at least 2,500 kg is essential for workpiece loading. Dielectric oil storage, filtration system space, and three-phase power (typically 200V, 60 A three-phase) must be provisioned. Sodick's installation engineering team provides facility specification drawings as part of the pre-installation process.

07

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