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Sodick AL400G

Est. $95,000 - $140,000 Specs verified 2026-10-03 · sodick.co.jp Updated 2026-10-03
Sodick AL400G Wire EDM

Image: sodick.co.jp, Sodick

01

Key Specifications

X Travel

400 mm

Y Travel

300 mm

Z Travel

250 mm

work tank size

850 × 610 mm

uv axis travel

150 × 150 mm

max taper angle

± 25° (Thickness: 130 mm)

02

How much does the Sodick AL400G cost?

Estimated price range

Est.$95,000 - $140,000

Our best estimate for a wire edm in this class — not a quote from Sodick. Configuration moves it a long way.

Sodick AL400G — price

Est.$95,000 - $140,000

This is our best estimate for a machine of this type and class, built from published prices of comparable wire edm and typical dealer pricing. Sodick has not published a list price for the Sodick AL400G that we can cite. Treat it as a planning number, not a quote.

What moves the final price

  • Spindle, control and probing options
  • Tool changer capacity and tooling package
  • Automation — pallet changers, bar feeders, robot cells
  • Freight, rigging, installation and training
  • Region, dealer and time of year

Want a specific price for the Sodick AL400G?

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03

Overview

The Sodick AL400G is a small-frame wire EDM with 400 mm of X, 300 mm of Y and 250 mm of Z travel in an 850 × 610 mm work tank. What sets its published table apart is that it gives separate limits for the two ways of cutting: with flushing, the part can be 600 × 470 × 240 mm and 500 kg; fully submerged, it drops to 600 × 470 × 230 mm and 350 kg.

The weight difference is the one to plan around. Submerged cutting keeps the part in a stable bath and is the usual choice for long unattended runs and thick sections, but on this machine it lowers the load you can put on the table by close to a third. A die block that sits between 350 kg and 500 kg can be cut with flushing only. The loss in height matters less, but it rules out submerged cutting of parts right at the 240 mm flushing limit.

Taper cutting uses 150 × 150 mm of U/V stroke, rated at ± 25° on a thickness of 130 mm. Wire diameter runs from 0.05 to 0.3 mm with 3 to 23 N of tension and a feed rate of up to 420 mm/sec, so fine-wire corner work and heavier wire for speed are both in range.

The machine weighs 3,400 kg and stands on a footprint of 2,190 × 2,590 × 2,230 mm, but Sodick gives a separate installation footprint of 3,425 × 3,850 mm, which is the floor area to reserve once access and service space are included. Power is 3-phase 50/60 Hz, 9 kVA in normal use and 13 kVA at maximum; size the supply for the maximum.

04

Full Specifications

Parameter Value
Work Tank Size 850 × 610 mm
X-Axis Travel 400 mm
Y-Axis Travel 300 mm
Z-Axis Travel 250 mm
Uv Axis Travel 150 × 150 mm
Max Taper Angle ± 25° (Thickness: 130 mm)
Max Workpiece Size Flushing 600 × 470 × 240 mm
Max Workpiece Size Submerged 600 × 470 × 230 mm
Max Workpiece Weight Flushing 500 kg
Max Workpiece Weight Submerged 350 kg
Wire Diameter 0.05 - 0.3 mm
Wire Tension 3 - 23 N
Max Wire Feed Rate 420 mm/sec
Floor to Table 995 mm
Floor Space Required 2,190 × 2,590 × 2,230 mm
Installation Footprint 3,425 × 3,850 mm
Machine Weight 3,400 kg
Power Supply 3-phase 50/60 Hz Normal Use 9 kVA Maximum Use 13 kVA

Specifications sourced from sodick.co.jp — verified 2026-10-03

05

Strengths & Limitations

Strengths

  • Separate published limits for flushing (600 × 470 × 240 mm, 500 kg) and submerged (600 × 470 × 230 mm, 350 kg) cutting
  • ± 25° taper at 130 mm thickness with 150 × 150 mm of U/V travel
  • Wire range of 0.05 to 0.3 mm and tension of 3 to 23 N
  • Wire feed rate of up to 420 mm/sec
  • Normal-use draw of 9 kVA, rising to 13 kVA at maximum

Limitations

  • Submerged cutting limits the part to 350 kg, against 500 kg with flushing
  • Z travel of 250 mm caps part height at 240 mm flushing and 230 mm submerged
  • Installation footprint of 3,425 × 3,850 mm is much larger than the 2,190 × 2,590 mm machine footprint suggests
  • X/Y travel of 400 × 300 mm is smaller than the 600 × 470 mm part envelope, so wide plates may need re-clamping
06

Best For

Punches, die inserts and small mold components Submerged cutting of parts under 350 kg Flushed cutting of blocks up to 500 kg and 240 mm tall Taper clearances up to ± 25° on 130 mm sections
07

Frequently Asked Questions

01 What is the maximum workpiece on the AL400G?

It depends on the cutting mode. With flushing the limit is 600 × 470 × 240 mm and 500 kg. Submerged, it is 600 × 470 × 230 mm and 350 kg. The cut path itself must fall inside the 400 × 300 mm of X/Y travel.

02 How much floor space does the AL400G need?

The machine footprint is 2,190 × 2,590 × 2,230 mm, and the installation footprint, which includes access space, is 3,425 × 3,850 mm. The machine weighs 3,400 kg and the table sits 995 mm above the floor.

03 What electrical supply does the AL400G need?

3-phase 50/60 Hz. Sodick lists 9 kVA for normal use and 13 kVA at maximum, so the supply and breaker should be sized for 13 kVA even if the machine usually draws less.

04 How does the AL400G compare with the AL600G?

The AL600G moves 600 mm in X, 400 mm in Y and 350 mm in Z, against 400, 300 and 250 mm on the AL400G, and weighs 4,600 kg instead of 3,400 kg. It is the step up when parts outgrow the 400 × 300 mm cutting window or the 240 mm height.

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09

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