The X8 series is designed for high-speed, high-precision wire-cut tasks. Unlike traditional milling, the X8 uses a continuously moving thin wire (typically brass or coated copper) to cut complex shapes through electrical erosion. Key Components
Users don't need to manually write code; it supports automatic programming from graphics and handles G-code or 3B code from external software. Multi-Axis Control:
Recommended settings for Cr12 (quenched) material using standard molybdenum wire (φ0.15–0.2mm): Thickness (mm) Pulse Width Current (A) Trace (Tracking) Pace (Speed Limit) 30–60 60–80 100–150 200+ 3. Step-by-Step Operation Guide X8 Wire Cut System Manual Pdf
Example sections:
Load your DXF or PTH file into the control system (often Windows-based). Define your path, including lead-in lines and offsets. Start Sequence: Turn on Wire (drum motor). The X8 series is designed for high-speed, high-precision
Standard settings for X8 systems generally fall within these ranges: Pulse Parameters ( Working Voltage: (typically 5-step adjustment). Max Cutting Speed: X8 Wire Cut System Manual | PDF | Machining - Scribd
Provide a one-page Quick Start that gets a new user to a successful first cut fast. Use labeled photographs or diagrams showing key components (feed, cutter assembly, tension adjustment, control panel) and include a minimal checklist of safety steps. Start Sequence: Turn on Wire (drum motor)
The is a standalone, intelligent CNC control platform designed for fast and medium wire electrical discharge machining (EDM). Unlike traditional systems that rely on a connected PC, the X8 integrates control logic directly into the hardware, reducing latency and simplifying maintenance. Overview of the X8 Wire Cut System