Flexible multi-directional forging hydraulic press (Y16)

Introduction to Flexible multi-directional forging hydraulic press

Compared with traditional forging equipment (such as die forging hammers and ordinary hydraulic presses), the core advantage of Multi-directional forging hydraulic press is to achieve multi-angle and multi-dimensional pressure on the workpiece through multiple hydraulic cylinders working together in different directions. This mechanical structure can simulate multi-point and multi-directional forging processes, and is suitable for the overall forging and high-precision forming of complex parts. Its core technologies include multi-channel hydraulic system, intelligent control system and high-strength structural components to ensure the stability and reliability of the equipment during long-term high-load work.

Main features of Flexible multi-directional forging hydraulic press

Near-Net-Shape Forming and Precision Manufacturing：

Enables the one-time forging of complex-shaped parts with deep holes, grooves, and internal cavities (such as drive shaft forks, valve bodies, and tee fittings), with dimensions very close to the finished product.

Significantly Improved Material Utilization：

Due to closed-die forging, forging flash (scrap) is minimal. Simultaneously, the near-net-shape characteristic minimizes machining allowances.

Intact Fiber Flow Lines and Superior Mechanical Properties：

Under multi-directional pressure, the metal flows along the part's contour, forming continuous, unbroken fiber flow lines. This improves the part's fatigue strength, impact toughness, and load-bearing capacity, especially in critical stress areas.

Dense Internal Structure：

The powerful multi-directional pressure effectively welds together internal defects such as porosity and air bubbles, resulting in high-quality forgings with a dense and uniform structure, fundamentally improving product reliability and lifespan.

High precision and excellent consistency: 

The working stroke, pressure and speed of the hydraulic press can be precisely programmed and controlled, providing a foundation for subsequent automated assembly and ensuring the performance consistency and reliability of end products (such as automobiles and aircraft engines).

Main application scenarios of Flexible multi-directional forging hydraulic press

Integral forging of complex-shaped parts: suitable for the forming of various complex die forgings and special alloys, such as: hollow frames, solid and hollow branch forgings, fork forgings, cylindrical parts, various valve bodies, pipe joints, shafts and other forgings.

Multi-directional forming of large-size forgings: such as key components of large machinery, traditional unidirectional forging is difficult to meet the forming requirements.

High-precision/high-strength parts production: such as high-end automotive structural parts and core parts of spacecraft.

Heavy-load, multi-material composite forging: suitable for multi-directional and multi-level composite processing of various metal materials to improve product performance.

Flexible multi-directional forging hydraulic press has become one of the important equipment for high-end manufacturing with its multi-directional synchronous forging capability. It not only improves the structural complexity and precision of the product, but also greatly shortens the production cycle and reduces production costs. As the manufacturing industry's demand for high-quality, high-complexity parts continues to grow, multi-directional forging hydraulic presses will play a more important role in future industrial production.