Wire Mesh Welding Machines

Discover our advanced industrial machines for reinforcement mesh manufacturing through detailed technical specifications and videos.

→ HKM MCRS

→ HKM OBHC

Wire Mesh Welding Machine – HKM Semi-Automatic with Pre-Feeding and Mesh Flipping Features

Wire Mesh Welding Machine Coil-Fed and Rolled Mesh System

Wire Mesh Welding Machine Coil-Fed and Panel Mesh System

Wire Mesh Welding Machine Half Automatic

→ HKM MC

→ HKM 100

Reinforcement mesh is a durable construction material formed by spot welding ribbed or plain steel wires at regular intervals. It is widely used as a reinforcing element in reinforced concrete structures. Thanks to its high tensile strength, uniform shape, and ease of application, it is preferred in construction, prefabricated buildings, infrastructure, and industrial projects. Our modular reinforcement mesh welding machines deliver high speed, superior weld quality, and operational flexibility in the production of this strategic structural component. With the capability to precisely weld meshes of various sizes and wire diameters, our machines offer manufacturers a broad production range for both standard and customized mesh solutions.

Mesh Welding Machines and Reinforcement Mesh

Maximum Performance in Reinforcement Mesh Production: The Neulogs Advantage

Our mesh welding machine is designed with a modular structure and high production capacity to meet the needs and standards of reinforcement and wire mesh manufacturers. By precisely spot welding ribbed steel wires, it enables the mass production of high-strength reinforcement meshes with consistent quality and compliance with international standards. Developed with years of experience and engineering expertise, these machines stand out with their modular design, high welding precision, and user-friendly automation systems. Offering efficient, reliable, and durable solutions to manufacturers in the industry, they ensure maximum performance throughout the production processes. Additionally, their ergonomic system design reduces operator dependency, allowing existing personnel to work more effectively and efficiently.