Main Uses and Application Scope of Leineng Wire Cutting Electrical discharge wire-cutting machines use an electrode wire (molybdenum wire, tungsten-molybdenum wire) as the tool electrode and a working fluid as the medium. Under the action of a high-frequency pulse power supply, spark discharge occurs between the tool electrode and the workpiece. The discharge channel instantly generates high temperatures, causing the workpiece surface to melt or even vaporize. Through the movement of the X-Y and U-V carriages, the electrode wire moves along a predetermined path to achieve the purpose of machining the workpiece. This machine features an aesthetically pleasing design, novel structure, superior performance, and user-friendly operation. It also offers high rigidity, low cutting force, large load capacity, smooth movement, and safe and reliable operation. It is suitable for machining conductive metal molds with high precision, high hardness, and high toughness, as well as templates and complex-shaped parts. It is particularly suitable for processing cold stamping dies, extrusion dies, plastic molds, gear hobbing cutters, precision parts (including complex surfaces such as large tapers, equal tapers, unequal tapers, and top-bottom irregular shapes), and large molds with heavy loads and large thicknesses. This model is widely used in molds, electronic instruments, precision machinery, automotive parts, military industry, and other sectors. The large taper configuration significantly expands the processing range of the wire-cutting machine, making it ideal for forming molds of irregular profiles for plastic steel doors and windows, aluminum alloy door and window profiles, automotive parts, and plastic molds for household appliance shells such as televisions and washing machines. The Leineng DK77 series of fast-moving wire EDM products are characterized by having no special requirements for the properties of the processed metal materials. In principle, any conductive material can be processed, such as ultra-hard materials, cemented carbides, and quenched materials; tough materials like stainless steel; brittle materials like various magnetic steels; and thin-walled parts that are difficult to clamp. Main Uses: Processing various molds: rubber and plastic molds, stamping dies, etc. Processing special materials, brittle materials, tough stainless steel materials, and ultra-hard materials. Processing complex-shaped parts: parts with tapered top-bottom irregular shapes, etc. ◤Leineng Wire Cutting Control System◢ ◇Program input methods: keyboard and automatic programming machine communication ◇Control functions: arbitrary angle rotation, axis symmetry, circular scaling, reverse movement, return to origin, automatic center finding, automatic high-frequency cutoff after processing, stop wire movement, turn off water pump, and other functions. ◇Program storage capacity: 2,000 segments ◇Short-circuit handling: wire breakage braking, return to origin ◇Quick check of return-to-zero error ◇Power-off memory function, resumption of processing after power restoration ◇Parallel operation: program input possible during processing control. ○Highly intelligent circular interactive software system ○Full circle drawing programming method, vectorized programming ○3B and G-code compatibility, communication with single-chip microcomputers ○Supports DXF, AUTOP circular files, and CAD font files ○Large capacity, equipped with a hard disk to prevent insufficient memory ○Circle drawing backtracking and stopping function, capable of drawing common curves ○Real-time tracking display of processing trajectory and data, power-off memory function ○Four-axis synthesis, irregular surface processing ○Parallel operation, simultaneous processing and drawing