Mitsubishi Electric MV2400S

The MV2400S uses a combination of structural rigidity (dual-column bridge architecture minimizes structural deflection under moving load), temperature-compensated linear scale feedback (the CNC reads actual position from a glass scale rather than relying on the drive screw's theoretical position), and thermal compensation algorithms in the ADVANCE CNC. The temperature compensation system reads machine body temperature at multiple points and applies compensation factors to the positioning commands in real time, correcting for the differential thermal expansion that would otherwise cause dimensional errors across a 2.4 meter span.

For long, large-section cuts in hardened steel, 0.30 mm coated brass wire provides the best break resistance and cutting speed combination. The larger wire diameter gives higher break strength, which is important when a break on a 2,400 mm cut requires re-threading and restarting a potentially multi-hour operation. For fine-detail sections within large die cutting, 0.25 mm coated wire balances break resistance with corner accuracy. Reserve 0.20 mm and smaller wire for parts where accuracy on tight inside radii is more critical than break-rate risk management.

Yes. Multi-part cutting — fixturing multiple workpieces across the 2,400 mm table and programming continuous cutting paths that traverse all parts in sequence — is a common production strategy on large-format wire EDMs. The MV2400S's ADVANCE CNC supports multi-part programs with automatic offset management. For identical part blanks, nested programming reduces repositioning time. For a mix of part sizes and geometries, strategic fixturing across the table allows a full shift's worth of production to run unattended.

The MV2400S offers 2,400 mm X-travel versus the AG100L's 1,000 mm — a substantially larger envelope. The AG100L counters with Sodick's linear motor drives, zero-backlash positioning, and 10-year accuracy guarantee. The MV2400S's AI pulse control generator is more sophisticated than the AG100L's SP43A for difficult-material cutting. For shops whose work genuinely requires 1,500-2,400 mm X-travel, the MV2400S has no direct linear motor competitor at this scale. The AG100L is the better choice when 1,000 mm X is sufficient and long-term mechanical accuracy is the priority.

The MV2400S weighs 18,000 kg and occupies approximately 5,200 x 3,200 mm of floor space. A reinforced concrete floor slab rated for the distributed load is required — consult Mitsubishi Electric's foundation specification document, which typically calls for 300-400 mm of reinforced concrete with a load rating appropriate for the machine point loads. Ceiling height must accommodate the machine at 2,800 mm plus crane headroom (typically 4-5 meters minimum to floor). Three-phase electrical service at the machine's specified draw rating and a dedicated chiller line for dielectric temperature control are standard requirements.