jqlaser is a leading China Laser cutting machine manufacturer, supplier and exporter. Adhering to the pursuit of perfect quality of products, so that our Laser cutting machine have been satisfied by many customers. Extreme design, quality raw materials, high performance and competitive price are what every customer wants, and that's also what we can offer you. Of course, also essential is our perfect after-sales service. If you are interested in our Laser cutting machine services, you can consult us now, we will reply to you in time!
1. Three chucks are simultaneously moved and rotated on axes in order to prevent from swaying materials during laser processing. 2. Continuous cutting of long tube and structural material is performed automatically by load and unload long tubes and structual material by chain conveyor. 3. Complete cutting processes on tubes and pipes with high accuracy in one machine. 4. High accurate laser processing with minimizing vibration of any types of long pipes.
FLT-6016L is an economical and practical laser pipe cutting machine developed by Jinqiang Laser for batch pipe processing end-users, taking into account the market demand. This model is extremely cost effective, the longest 6m machine can cut 6.5m, suitable for pipe processing from 20-160mm in diameter, with excellent applicability, which is the ideal choice for the majority of pipe processing enterprises.
Minimalist design and redefinition based on the original three-chuck laser pipe cutting machine. A machine developed for small diameter pipe 15~160mm, making the processing more refined and standardized.
The self-developed full-stroke pneumatic chuck can complete intelligent cutting without manual adjustment. The bus control system is equipped with the functions of integrated control and three-chuck pulling cutting, which makes the cutting speed faster and more stable.
JQ-2580HP is an exchange table enclosed fiber laser cutting machine developed by Jinqiang Laser for the actual needs of the sheet metal processing industry. The front and rear platforms are exchanged in rapid parallel, which greatly reduces the time used for loading and unloading and improves processing efficiency.