With its integrated gantry frame and stress-relief design, this machine ensures exceptional rigidity and long-term accuracy. Centralized lubrication, dynamic balancing, and intelligent monitoring further deliver high reliability, low maintenance, and user-friendly operation.

High-rigidity single-point structure with FEA-optimized slide ensures precise force transmission with minimal deformation. Dynamic balancing, anti-vibration system, and sealed oil–water design enable stable, high-speed, and efficient operation even under heavy loads.

The machine features a high-strength integrated cast frame, fundamentally eliminating C-frame press offload issues and ensuring stable precision under all processing conditions. Electric die adjustment, centralized lubrication, dynamic balancing, and intelligent control provide both ease of operation and high-speed stability, extending equipment life—combining structural rigidity, precision, and operational reliability in one.

Innovative “Three Large Circles Plus One Guide” structure with four reinforced columns addresses C-frame deformation and offload issues, while providing gantry-like open access for precision and ease of use. Patented thermal balance, sealed lubrication, and dust-proof design ensure stable accuracy under all conditions, and the heavier, stronger frame redefines the C-frame press, expanding its application range.

Featuring a closed four-column, pull-down, and integrated frame design, the press offers excellent rigidity and offload resistance. Its low center of gravity and unique vibration-reduction system minimize noise and extend die life. Compact footprint allows floor space optimization and upper-floor installation, while the oil-free slide surface ensures clean production and high-precision machining.

The press features a high-strength integrated cast frame, fundamentally resolving C-frame offload issues and ensuring stable precision under all processing conditions. Electric die adjustment, centralized lubrication, dynamic balancing, and intelligent control provide ease of operation while maintaining high-speed stability and extending equipment life—combining structural rigidity, precision, and operational reliability.