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Wire Cut Service
MAYZULA SEAL
Wire Cut Service
Wire Cut Service is a precision machining technology based on the principle of Electrical Discharge Machining (EDM). It uses thin metal wires (typically molybdenum wire or brass wire) as electrodes. Through a numerical control system, it controls the tiny discharge gap between the electrode wire and the workpiece, and utilizes the thermal effect generated by high-frequency pulse current to erode materials layer by layer, achieving cutting.
Ultra-high Precision
Tolerances: ±0.0002″ (0.005mm)
CNC-controlled wire electrode for micron-level accuracy
History Emphasis
Non-contact EDM machining
Processes carbide, titanium, ceramics (high-hardness/high-melting-point materials)
Economic Outcomes
Programmable 2D/3D contours
No specialized tooling required for hollow/angled/intricate geometries
Mold Industry
Wire cut is a key technology in mold manufacturing. It can cut tool steel and carbide with high precision, accurately shaping mold cavities and cores. Its micron - level accuracy ensures consistent mold production, and non - contact machining prevents mold deformation, extending service life.
Aerospace Industry
Wire cut is used to machine aerospace materials like titanium alloys, manufacturing critical components such as engine blades. Through CNC programming, it achieves complex surface machining, ensuring lightweight and high - strength parts, thus safeguarding spacecraft operation.
Manufacturing Industry
With high precision and material adaptability, Wire cut enhances production efficiency and quality. It can machine various metals and special materials, precisely cutting complex contours and precision components via CNC programming, reducing errors from tool wear and accelerating production.
Electronics Industry
Wire cut meets the miniaturization needs of the electronics industry. It can machine ultra - thin circuit boards, micro connectors, and semiconductor packaging molds, precisely controlling dimensions. Its flexible machining of irregular shapes supports the lightweight design of electronic devices.
