BLM GROUP Blog - lasertube (3)

When you think of tube, normally you think of it as a fluid carrier – a water pipe, a gas line or a fuel line. You don’t think of a tube as a structural element, even if we see several examples of tube being used as a structural element in our daily lives. 

Whether you are a subcontractor or an OEM, you hear about efficiency, flexibility, and productivity every day. These three buzzwords accompany the productive life of every company and are fundamental in today's market.

Sure, having a goal is crucial, but how do you know if you're moving in the right direction? How can you calculate the level of efficiency, productivity, and flexibility of your production system? More importantly, how can you improve it? By how much and what tools are needed?

This is the age of integration, of the All-In-One to reduce operations and optimize production. We want to have everything under control, constantly measured and compared. We want all the information stored in an organized manner because we do not know when we are going to need it again, but we know that we will. We are always on the lookout for more and more sophisticated tools to manage a growing complexity and demand.

As a result of the COVID-19 epidemic and the resulting restrictions in social contacts, gatherings and movement of people as well as international trade fairs and open houses have ground to a halt and many manufacturers have decided to showcase their products online.

But what does that mean for the customers?
How can you prepare yourself to make the most of a virtual demonstration?

An integral part of the expansive BLM GROUP family of Lasertube systems, the laser cutting systems for large diameter tubes, both fiber and CO₂, are characterized by several basic structural differences compared to their counterparts for smaller diameter.

The main ones are the tube handling system with three powerful spindles, two head and one tail, capable of easily handling much larger and heavier tubes, and a 3D laser cutting head moved by five numerically controlled axes allowing the possibility of moving along the entire tube to process both ends as well as the central part.