Our facility runs on heavy-duty forging and machining equipment. We engineer for precision, reliability, and high-volume throughput.
From billet preparation through forging, heat treatment, machining, and final inspection. Every process capability is available in-house, giving you total speed and control.
A high-capacity press designed for precision billet cutting, capable of handling round bars up to 42mm in diameter. Ensures clean, accurate cuts for efficient forging processes.
A precision cutting machine that uses a hydraulic system for controlled and efficient cutting of metal billets, ensuring accuracy and smooth finishes.
A high-efficiency heating system that rapidly and uniformly heats billets, ensuring optimal forging temperatures for improved material properties and energy efficiency.
A compact and energy-efficient heating system designed for precise and uniform heating of billets, ensuring consistent forging quality and reduced material stress.
A powerful forging press that applies controlled pressure through a screw mechanism, ensuring precise metal deformation and superior strength in forged components.
A smaller version of the 200-Ton Screw Forging Press, applying controlled pressure through a screw mechanism for precise metal deformation and strong forged components.
A robust and high-capacity press used for precision metal shaping and forming, ensuring consistent force application for efficient and accurate forging operations.
A versatile and efficient press used for smaller forging and trimming operations, providing precise shaping with controlled force for high-quality forged components.
Advanced computer-controlled machines designed for high-precision turning operations on both ends of a workpiece simultaneously, increasing efficiency and accuracy in component manufacturing.
Versatile machining tools used for precision turning, cutting, and shaping of metal components, ensuring smooth finishes and accurate dimensions in the forging process.
Specialized machines designed for creating precise and durable internal threads in metal components, ensuring accurate fit and high-performance functionality.
A precision testing machine used to measure the tensile strength, yield strength, and elongation of metal components, ensuring they meet quality standards and performance requirements.
A quality inspection machine used to measure the hardness of metal components, ensuring durability, wear resistance, and compliance with industry specifications.