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Core Technology

NEUAR Core Technology in Electrical Discharge Machines｜AE II Intelligent Control System for High-Efficiency Precision Machining

NEUAR Electrical Discharge Machining (EDM) solutions integrate the proprietary AE II intelligent power control system, high-speed motion control, mirror-finish machining, and precision flushing to deliver uniform surface roughness, stable carbon-free performance, and efficient large-area deep-cavity machining. Widely used in optical, precision, medical, semiconductor, and automotive applications requiring high accuracy and reliability.

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Intelligent Expert System

New AEII discharge power system breaks through old machining limits. Extensive experience is not required, even beginners can easily edit machining program through AEII expert system. 5 simple steps to make...

Depth -53mm deep hole mirror surface machine

In the EDM industry, achieving a mirror surface finish often requires adding powder to the dielectric fluid. However, NEUAR’s Electrical Discharge Machine utilize advanced mirror-finish discharge circuit...

45° injection hole (sprue gate) in mirror surface

NEUAR Electrical Discharge Machine equipped with the AE II system feature a dedicated "SPRUE" module, specially designed for the machining of mirror-finish angled gates. This module delivers exceptional...

144 Cavities of Semiconductor Packaging Mold

With the rapid development of the semiconductor industry, electronic products are evolving toward higher capacity, greater density, and lighter designs. Packaging solutions are also trending toward multi-lead...

250mm Long Semi-Conductor IC Packaging mold

IC packaging molds equipped with the AE II large-area fine machining circuit deliver stable and high-speed processing results. Under these conditions, the overall surface roughness of the IC packaging...

High-Speed Discharging by using GRAPHITE

As the demand for precision machining continues to grow, high-speed machining technology for graphite electrodes has become key to improving production efficiency and machining accuracy. The new AE II power...

High-speed Tungsten Carbide Internal Threading

When machining ultra-hard tungsten carbide using traditional CNC milling, tool wear is typically very high, resulting in significant cost. However, by using EDM technology, tool wear can be drastically...

Super Shining mirror surface in Ra 0.06um

In the industry, it is common to add powder to the machining fluid during EDM mirror surface processing to achieve a large-area mirror effect. However, NEUAR's Electrical Discharge Machine, with its advanced...

Tungsten carbide machining

To address the challenge of high electrode wear during machining of ultra-hard materials, the dedicated hard alloy circuit was developed. This technology effectively reduces machining loss and ensures...

Corner Radius of cavity within 4um, for Connector Mold

As electronic products continue to evolve toward higher precision and miniaturization, machining demands are becoming increasingly stringent. For fine structures, NEUAR’s latest wear-suppression technology...

18M/min Z axis High Speed Jumping

The new AE II motion control algorithm, by using Ether CAT digital signal transmission, delivers Z-axis high-speed jumping up to 18M/min. Rivals linear motor systems, especially suit for deep-hole machining....