What is a ground rail laser cutting machine?

What is a ground rail laser cutting machine?

The ground rail cutting machine, also known as a large-format laser cutting machine, is a high-efficiency device that utilizes laser technology for material cutting. As industries like steel structures undergo transformation and upgrading, there is increasing market demand for cutting equipment suitable for medium and thick metal plates. Traditional cutting methods, however, present several limitations in terms of cutting thickness, precision, and environmental compliance, as follows:

Limitations on Thickness and Precision: 

Traditional cutting methods such as water jet, flame, and plasma cutting have restrictions on thickness when handling medium and thick plates. These methods also lack precision, often requiring secondary processing to meet quality standards.

Restricted Cutting Area: 

Conventional cutting equipment usually has limitations on the size of the cutting area, which hinders the processing of extra-large or extra-long parts, thus reducing efficiency.

Environmental Concerns: 

Traditional cutting processes generate substantial amounts of smoke and dust, posing health risks to operators and leading to challenges in meeting environmental standards. These issues can result in increased operational costs and may attract regulatory scrutiny.

SEJONG TECH ground rail large-format laser cutting machine addresses these shortcomings through innovative design. It employs a segmented bed structure that separates transport and ensures cutting precision, and it allows for customizable processing lengths, including sizes like 6mx3m, 12mx3m, and 24mx3m, making it suitable for cutting large and uniquely sized materials. The machine’s segmented exhaust system, with one exhaust port per meter and two additional ports at the end, activates as the beam moves to optimize dust extraction. The high negative-pressure automatic zoning dust-removal design minimizes smoke and dust during operation, meeting environmental standards.

Furthermore, the modular design of the machine’s bed and components enables customized cutting areas based on site size and processing needs, offering greater flexibility for transport and installation while minimizing space constraints.