EDM&Wire-Cutting Machining

EDM and Wire cutting centers.

Electrical Discharge Machining (EDM) and Wire EDM are two of the most common machining methods used in industrial manufacturing today. Both processes involve using electricity to cut metal parts, but there are some essential differences between them that should be considered when choosing a method.

We also offer EDM and Wire EDM parts machining, providing complete machining guarantees for parts with multiple processes and complexity.

Advantages of Precision EDM and Slow Wire-Cut CNC Machining Centers:

• Precision EDM (Electrical Discharge Machining) and slow wire-cut CNC machining centers are advanced technologies in modern manufacturing used for machining complex shapes and high-precision components. They utilize the principle of spark erosion for material removal and are suitable for precision machining of conductive materials.

Advantages of EDM Discharge Machining:

• Complex shape machining: Capable of machining complex geometric shapes and fine features that are difficult to achieve with traditional mechanical machining.

• Non-contact machining: The tool and workpiece do not directly contact during the machining process, reducing the risk of mechanical stress and deformation.

• High precision: Can achieve machining precision at the micron level, meeting the manufacturing needs of high-precision parts.

• Material diversity: Suitable for machining various hard alloys and conductive materials.

Advantages of Slow Wire-Cut CNC Machining Centers:

• High-precision cutting: Uses a thin wire electrode to achieve high-precision cutting with smooth cuts, and precision can reach the micron level.

• Complex contour machining: Can accurately cut complex contours and small gaps, suitable for the manufacture of precision molds and parts.

• High degree of automation: CNC systems enable automated machining, improving production efficiency and consistency.

• Good surface quality: The machined workpiece has a high surface quality, reducing the need for subsequent machining.

• We operate over 50 CNC machining centers, including more than 40 five-axis CNC machining centers, providing ample production capacity to handle batch orders simultaneously and ensuring short lead times for customer projects.

• Our five-axis machining centers are designed with optimal and high-performance structures, achieving machining accuracy of +/- 0.002mm.

• We employ experienced project managers with fluent English communication skills, enabling effective collaboration with customers and ensuring the quality and delivery timelines of their projects are meticulously managed.

• Our adoption of the MES digital management system guarantees effective control over every production process.

• We strictly adhere to a quality control system that oversees every stage of preparation, manufacturing, and inspection, ensuring that the quality of our five-axis CNC machined parts consistently meets requirements.

• Through efficient management and continuous innovation in manufacturing technology, we consistently improve production efficiency and accuracy. This allows us to offer highly competitive pricing and exceptional service experiences while maintaining fast turnaround times and timely deliveries.