面向战略领域的电加工

TURBOMACHINERY

In the Turbomachinery sector, EDM allows high-precision machining of complex geometries in tough materials like superalloys, reduces tool wear, minimizes thermal stress, and is versatile for both prototyping and mass production.

AUTOMOTION

In the automotive sector, EDM is essential for producing high-precision parts like engine components, gears, and molds. It enables the machining of hard materials with complex geometries while ensuring high durability and accuracy, which is critical for the efficiency and performance of vehicles.

MOULDING

In the moulding sector, EDM is crucial for producing highly precise and intricate mold cavities in hard materials. It enables detailed features and complex designs, ensuring high-quality surface finishes and accuracy, while also being effective for both custom prototyping and large-scale mold production.

MICROELECTRONICS

In the microelectronics sector, EDM is essential for its high precision in machining intricate components like microchips and circuits, particularly in hard-to-machine materials. It enables detailed cuts with minimal thermal damage, ensuring the integrity of delicate parts while supporting both prototyping and mass production.

TURBOMACHINERY

In the Turbomachinery sector, EDM allows high-precision machining of complex geometries in tough materials like superalloys, reduces tool wear, minimizes thermal stress, and is versatile for both prototyping and mass production.

AUTOMOTION

In the automotive sector, EDM is essential for producing high-precision parts like engine components, gears, and molds. It enables the machining of hard materials with complex geometries while ensuring high durability and accuracy, which is critical for the efficiency and performance of vehicles.

MOULDING

In the moulding sector, EDM is crucial for producing highly precise and intricate mold cavities in hard materials. It enables detailed features and complex designs, ensuring high-quality surface finishes and accuracy, while also being effective for both custom prototyping and large-scale mold production.

MICROELECTRONICS

In the microelectronics sector, EDM is essential for its high precision in machining intricate components like microchips and circuits, particularly in hard-to-machine materials. It enables detailed cuts with minimal thermal damage, ensuring the integrity of delicate parts while supporting both prototyping and mass production.

特色产品

电火花成型加工

电火花成型加工

欧纳在其电火花成型加工中集成了市场上功率最高的数字电源脉冲和环保过滤器,并且还可以配备第二个加工头,以缩短放电时间。

慢走丝线切割

慢走丝线切割

高效的慢走丝线切割机床,具有高精度和高切割速度。减少了返工次数,能获得更好的表面光洁度,这最多可节省30%的时间。

增材制造技术

增材制造技术

来了解一下我们的增材制造公司 Samylabs 吧,让它们助力您变革工业生产流程。

高速穿孔

高速穿孔

ONA HALLEY 是市场上最为紧凑、高效且智能的电加工打孔机。在涡轮叶片和导向叶片生产中, ONA HALLEY 正是一直以来人们所期待的设备。因为非凡之事并非每天都会发生…… 但此刻它确实发生了。

微孔

微孔

探索微孔放电加工技术的可能性,领略小产品中蕴含的强大力量。

电火花成型加工

电火花成型加工

欧纳在其电火花成型加工中集成了市场上功率最高的数字电源脉冲和环保过滤器,并且还可以配备第二个加工头,以缩短放电时间。

慢走丝线切割

慢走丝线切割

高效的慢走丝线切割机床,具有高精度和高切割速度。减少了返工次数,能获得更好的表面光洁度,这最多可节省30%的时间。

增材制造技术

增材制造技术

来了解一下我们的增材制造公司 Samylabs 吧,让它们助力您变革工业生产流程。

高速穿孔

高速穿孔

ONA HALLEY 是市场上最为紧凑、高效且智能的电加工打孔机。在涡轮叶片和导向叶片生产中, ONA HALLEY正是一直以来人们所期待的设备。因为非凡之事并非每天都会发生…… 但此刻它确实发生了。

微孔

微孔

探索微孔放电加工技术的可能性,领略小产品中蕴含的强大力量。