At XinYi, we prioritize both equipment efficiency and a seamless customer experience. To support this, we offer a full range of services including equipment design, logistics and transportation, on-site installation, commissioning, and technical support.
Our market advantage stems not only from our extensive expertise and diverse range but also from our equipment, which incorporates the latest technological advancements (e.g. 5-meter vertical machining centers, 6-meter CNC cutting machines, 4-meter gantry milling machines). By cooperating with our clients, we utilize our cutting-edge facilities to deliver customized solutions that perfectly align with unique needs and specifications of deferent customers.
With an annual production capacity of 100 sets of 200KW units to 150 sets of 5000KW units, XinYi collaborates with hydropower plants to bust their efficiency.
2.5-meter Vertical Lathe (made in Wafangdian)
The maximum turning diameter reaches 2.5 meters, making it ideal for machining large-scale components for hydropower equipment.
3.4-meter Vertical Lathe (made in Wuhan)
With a maximum cutting radius of 3.4 meters, it is ideal for machining oversized components used in hydropower equipment.
VMC850 CNC Machining Center
Applied to process a wide range of complex components for hydropower equipment
JK-T02 CNC Indexing Boring Machine
Used for precise hole processing with high accuracy and efficiency.
XQ2014 Gantry Milling Machine
Typically used for large-scale machining, making it ideal for processing large components for hydropower equipment.
630×4500 Horizontal Lathe
With a maximum turning diameter of 630mm and a maximum machining length of 4.5 meters, it is ideal for processing large components for hydropower equipment.
The team of 50 highly skilled professionals makes XinYi a top-tier company offering a comprehensive one-stop service from design to equipment manufacturing. Carefully analyzing the project requirements provided by our clients, we precisely select and customize turbine generator sets to ensure optimal performance and maximum efficiency.