Guangdong Micron Equipment

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Single-Axis High-Speed Mirror-End Discharge Machining Machine

◆ Industrial-grade operating platform ◆ 17-inch display ◆ The spindle is driven by a DC servo motor coupled with a precision ball screw, enhancing accuracy to meet high-quality standards. ◆ All sliding contact surfaces are fitted with wear-resistant strips (TURCITE-B) to ensure long machine life and smooth, easy operation. ◆ The X- and Y-axis guideways are constructed from a combination of V-shaped and flat-type structures, guaranteeing permanent verticality and parallelism. ◆ The worktable surface undergoes high-frequency induction hardening followed by grinding on a large, imported precision grinder to ensure manufacturing accuracy and service life. ◆ A wide range of special electrode materials are available (copper-to-copper, steel-to-steel, graphite-to-steel, copper-to-tungsten carbide). ◆ Ten-stage machining programs; the control system automatically adjusts other processing parameters based on the input current. ◆ Intelligent carbon-deposition warning and adaptive adjustment function. ◆ Two-stage, slow-jump slag removal ensures that machining large flat surfaces is effortless. ◆ Proprietary EQU equal-energy discharge detection for more uniform machining on large surfaces. ◆ Programmed spindle oscillation significantly improves efficiency in fine machining and deep-hole drilling. ◆ The system consists primarily of two main screens and an XVZ three-axis coordinate display. ◆ Users can easily monitor the workpiece position on the table and follow on-screen menu guidance. ◆ Interactive, dialog-based input allows users to complete setup tasks step by step.

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Automatic Wire-Feed Wire EDM Machine

◆ Employs high-grade precision linear guides and high-grade nut-type precision ball screws to maintain mechanical accuracy over the long term. ◆ C-shaped structure with servo-controlled constant-tension wire tensioning for instantaneous tension control (patented invention). ◆ Independent suspended three-axis T-slot slide-type taper mechanism. ◆ Multi-axis backlash compensation and lead compensation ensure the machine tool’s cutting accuracy, positioning accuracy, and repeat positioning accuracy. ◆ X, Y, U, V, Z axes, as well as the wire spool and tension system, all utilize servo motors. ◆ Equipped with a 4-axis handwheel, enabling convenient and rapid machine movement. ◆ Fully enclosed guard design with oil–fluid separation to prevent oil contamination and leakage, thereby extending the service life of the working fluid. ◆ Distinctive, stylish exterior design.

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MS-type servo wire EDM machine

◆ The machine tool’s X and Y axes are driven by Japanese Panasonic servo motors, enhancing machining accuracy. ◆ The T-shaped bed is manufactured using resin-bonded sand casting and undergoes two high-temperature heat treatments, effectively controlling machine tool deformation. ◆ Precision linear guides from Taiwan and precision ball screws with double nuts from Taiwan are employed to maintain mechanical accuracy over the long term. ◆ Low-voltage, non-resistive, constant-current high-frequency power supplies are used for cutting operations, resulting in leading domestic performance in key process metrics such as cutting efficiency, surface roughness, and molybdenum wire wear. ◆ A constant-voltage power supply with narrow pulse width and high current is utilized for tool dressing, significantly improving the stability, consistency, and overall process performance of multi-pass cutting. ◆ Rational, environmentally friendly, enclosed structural design.

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MB-type medium-feed wire EDM machine

◆ The machine tool is equipped with a reactive stepper motor. ◆ The T-shaped bed is manufactured using resin-bonded sand casting and undergoes two high-temperature heat treatments, effectively controlling machine tool deformation. ◆ It employs precision linear guides from Taiwan and precision ball screws with double nuts from Taiwan, ensuring long-term maintenance of machining accuracy. Low-voltage, non-blocking, constant-current high-frequency power supplies are used for cutting operations, resulting in leading domestic performance in key process metrics such as cutting efficiency, surface roughness, and molybdenum wire wear. ◆ A constant-voltage power supply with narrow pulse width and high current is used for tool dressing, significantly enhancing the stability, consistency, and overall process performance of multi-pass cutting. ◆ Rational, environmentally friendly, enclosed structural design.