SERIES line-up

ALN400G・ALN600G・ALN800G

CONCEPT

• Equipped with rigid linear motor drives on the XYUV axes for backlash-free motion control, ensuring high-speed response and long-term positioning accuracy.
• Advanced SPW generator and intelligent control technology enable stable, high-precision machining with excellent surface finish for dies, molds, and precision components.

FEATURE

• Linear Motor Drives (X, Y, U, and V axes)
• Glass Scale Feedback (X, Y, U, V)
• SPW Power Supply with Advanced Discharge Control
• High-Speed Automatic Wire Threading (AWT) System
• Super Jet Annealing for stable wire rethreading performance
• 3-Sided Rise/Fall Worktank for improved accessibility
• Advanced Corner Control Technology
• User-friendly NC Control System (LN Series platform)
• Thermal Displacement Compensation for stable long-term accuracy
• Energy-efficient design for reduced power consumption

SMART Control Technology – SPW (Smart Pulse Wire)

• SPW control system featuring an industry-standard Windows-based operating platform.
• Enhanced TFT multi-touch screen for intuitive operation.
• Streamlined ALN control interface integrating tablet and classic control modes into a single workspace.
• Improved processing speed for a highly responsive user experience.
• Supports NC program visualization with 2D and 3D graphics.
• Built-in maintenance screens provide machine status monitoring.
• Remote access capability enables maintenance support and machine supervision.

Intelligent Q³vic EDW Technology

• Intelligent Q³vic EDW technology enables direct import of 3D CAD files (standard on ALN-G Series)
• Automatic programming system detects machinable workpiece profiles and extracts machining contours
• Reduces programming time significantly through automated toolpath generation and setup
• Improves efficiency and productivity by simplifying complex EDM programming tasks

Motion Controller

• Sodick Motion Controller (K-SMC) precisely controls high-speed flat rigid linear motor drive movements via NC unit commands
• Enables accurate management of rapid acceleration and high-precision positioning in EDM operations
• Developed through extensive R&D to introduce advanced innovations in electrical discharge machining technology
• Designed to enhance high-speed control performance and machining accuracy

Thermal Commit (TH COM)

• Thermal Commit (TH COM) function precisely compensates for temperature variations in machine components through continuous sensing
• Minimizes thermal displacement caused by changes in the installation environment and high-speed machine operation
• Provides advanced diagnostic functions to maintain stable machining accuracy over extended periods of operation

Step-cut Functionality

• Enables machining at standard cutting speeds while significantly improving accuracy
• Expands application range for complex geometries with rapidly changing material thickness
• Optimized for stepped and irregular shape machining with stable precision performanceion