Invitation | AFMING Welcomes You to the 18th China Mold City Expo


Release date:

2023-05-16

The 18th China Mould City Expo (Ningbo Machine Tool & Mould Exhibition) will grandly open from May 25 to May 28, 2023, at the Ningbo International Convention and Exhibition Center.

Invitation | AFMING Welcomes You to the 18th China Mold City Expo

The 18th China Mould City Expo (Ningbo Machine Tool & Mould Exhibition) will grandly open from May 25 to May 28, 2023, at the Ningbo International Convention and Exhibition Center.  JM2023 18th China Mould City Expo (Ningbo Machine Tool & Mould Exhibition) and the 7th China (Ningbo) International Smart Factory Exhibition – Exhibitor Handbook.jpg

AFMING warmly invites you to join this grand event and witness the rise of China’s machine tools—and their journey toward intelligence and efficiency!

 

 

Invitation Letter

  

Booth No.: Hall 3 - T28

Time: May 25–28, 2023

Location: Ningbo International Convention and Exhibition Center (Yinzhou District)

Company: Dongguan AFMING Numerical Control Equipment Technology Co., Ltd.

 

1. Exhibition Venue

 

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At the 2023 Ningbo Machine Tool & Mold Exhibition, AFMING showcased its two five-axis联动 GMU800 and VMU6800 machines, along with its AC dual-tilt milling heads.

 

2. Get a First Look at the Product

 

 

GMU800 5-Axis CNC Machining Center

 

The GMU-800 is one of the few five-axis machining centers currently capable of handling heavy-duty milling operations. Equipped with high-performance spindle technology and a highly rigid, high-torque gear-driven A/C rotary table, it seamlessly meets demanding processing requirements—such as high-speed, high-efficiency, and high-precision—across a wide range of materials, thanks to its meticulously engineered and optimized machine bed design.

 
VMU6800 5-Axis CNC Machining Center

The VMU6800 is a five-axis machining center developed with the goals of high speed, high precision, and delivering premium value. Its cradle rotary table features an A-axis equipped with precision gear transmission that eliminates backlash, providing higher output torque and superior torsional rigidity compared to conventional torque motor drives. This design ensures enhanced stability of the electro-mechanical servo system even under varying loads. Meanwhile, the C-axis employs a direct-drive torque motor, offering excellent dynamic response and exceptional rotational accuracy—making it ideal for the multi-sided and five-axis machining of complex components commonly used in industries such as medium-sized molds and advanced automotive parts for new energy vehicles.