In the realm of complex large - part machining, achieving high precision has always been a significant challenge. Traditional machining equipment often struggles to meet the requirements for high - precision and stable processing of large parts. However, the double - column large CNC milling machine GV1625 emerges as a game - changer, specifically designed to address these pain points.

Industry Pain Points and Customer Needs

Complex large - part machining involves a wide range of industries, such as aerospace, automotive, and heavy machinery. In these industries, parts like fuselage components, engine blocks, and large molds require extremely high precision. According to industry research, approximately 70% of manufacturing enterprises face challenges in achieving the desired accuracy when processing large parts. Customers demand machining equipment that can provide high precision, high efficiency, and long - term stability. High precision ensures the quality of the final product, high efficiency reduces production time and cost, and stability guarantees continuous and reliable operation.

The Advantages of GV1625's Rigid Steel Structure

The double - column large CNC milling machine GV1625 is equipped with a rigid steel structure, which provides an extremely stable cutting platform. The steel structure has a high modulus of elasticity, which can effectively resist deformation during the cutting process. Tests show that compared with traditional milling machines, the GV1625 reduces vibration by up to 30% during high - speed cutting, significantly improving the stability of the machining process. This stability directly translates into improved precision. In terms of dimensional accuracy, the GV1625 can achieve an accuracy of ±0.01mm, which is far beyond the industry average of ±0.03mm.

Performance in Different Application Fields

In the field of fuselage components, the GV1625 can precisely process complex curved surfaces, ensuring the aerodynamic performance of the aircraft. For engine blocks, it can achieve high - precision hole machining, improving the engine's power and fuel efficiency. In the production of large molds, the GV1625 can quickly and accurately complete the machining of complex shapes, reducing the mold manufacturing cycle by up to 20%.

Real - World Customer Cases

One of our customers, a leading aerospace manufacturing company, was facing difficulties in processing large fuselage components. The traditional milling machines they used could not meet the high - precision requirements, resulting in a high rejection rate. After switching to the GV1625, the rejection rate dropped from 15% to less than 3%. The customer also reported a 25% increase in production efficiency, which significantly reduced their production costs. Another customer in the mold - making industry was able to complete a large - scale mold project in 2 weeks instead of the original 3 weeks, thanks to the high - speed and high - precision performance of the GV1625.

Technical Parameters

The GV1625 has a working table size of 1600mm x 2500mm, which can accommodate large - sized workpieces. Its spindle speed ranges from 200 to 6000 rpm, providing a wide range of cutting options. The rapid traverse rate in the X, Y, and Z axes is 15m/min, 15m/min, and 10m/min respectively, ensuring high - speed movement during machining.

In conclusion, the double - column large CNC milling machine GV1625 is an ideal choice for complex large - part machining. Its rigid steel structure, high - precision performance, and excellent real - world application results make it stand out in the market. If you are looking for a reliable solution to your large - part machining problems, don't hesitate to contact us for a free consultation and a product demonstration.