English

BLM Group launches a new LT12 laser tube cutting system

138
2024-04-18 16:21:10
See translation

Recently, BLM Group in the United States has launched a new LT12 laser tube system, which performs well in cutting light and heavy pipes and profiles, and can handle materials with a diameter of up to 305 millimeters.

According to the company, compared to other similar machines, the LT12 laser tube system reduces cutting time by up to 55% when cutting materials with the same maximum diameter, significantly improving work efficiency.

It is worth mentioning that this machine does not require special basic installation, and its design is unique. It uses a slender 3D cutting head, which can easily handle the cutting needs of special parts and beams. The machine is equipped with a 3, 4, or 5 kW laser source and integrates built-in sensors to monitor optical parameters in real-time during operation, ensuring cutting accuracy and stability. In addition, the manufacturer emphasizes that the Active Tools library of the LT12 laser tube system can effectively improve the operational efficiency and user experience of operators.

In terms of unloading, the characteristic of this machine is its conveyor belt design, which can efficiently handle shorter parts and process longer parts in stages through the unloading chain. The operator can easily configure the short part conveyor to unload the parts into the Flat noodles to realize the buffering function. At the same time, the waste conveyor is responsible for transporting the waste to the bin on the back of the machine, maintaining a clean working environment.

Finally, the LT12 laser tube system is also equipped with an active scanning function, which can automatically correct the geometric shape positioning on the cutting tube and flexibly adjust the cutting errors caused by pipe deformation, ensuring that every cutting can achieve accurate and error free results.

Source: OFweek

Related Recommendations
  • Reverse Modeling of 3D Scanning Reading in Hong Kong: Production Innovation in the Digital Era

    In the wave of the digital age, Hong Kong, as an international business center, constantly explores the application of new technologies in the manufacturing industry. Among them, 3D scanning and reverse modeling technology is emerging, bringing a new production innovation to the manufacturing industry. This article will explore the application of 3D scanning and reverse modeling in Hong Kong, as w...

    2024-03-30
    See translation
  • What are the "unique secrets" of each family in terms of breaking the game and high reaction materials?

    Laser is considered a sharp sword that cuts iron like mud, but even sharper swords can have tricky moments. For example, in certain scenarios, there are materials with higher reflectivity, such as silver, copper, etc., known as "high reflection materials". High reflective materials have a low absorption rate for lasers, making them difficult to process and potentially causing equipment failure or ...

    2023-11-06
    See translation
  • Progress in Laser Physics: Reducing Residual Amplitude Modulation for Accurate Measurement

    Driven by the pioneering work of scientists such as John Young Hall, significant progress has been made in precision measurement in the field of laser physics. His contribution to laser frequency stability and precise measurement using lasers has led to groundbreaking techniques that significantly reduce residual amplitude modulation.John Hall's research focuses on understanding and manipulating s...

    2024-03-18
    See translation
  • Transforming solid-state single photon sources using multifunctional metalenses

    Quantum photonics is one of the important research directions in the quantum field, which utilizes the unique properties of light at the quantum level. The core of this field is the deterministic single photon source, which sequentially emits individual photons through spontaneous emission and is the cornerstone of quantum communication, computing, and secure encryption. However, under environment...

    2024-02-26
    See translation
  • Jena Helmholtz Institute Using Air Deflection Laser Beam

    A novel method is used to deflect the laser beam using only air. The interdisciplinary research team reported in the journal Nature Photonics that invisible gratings made solely of air not only do not suffer damage from lasers, but also retain the original quality of the beam. The researchers have applied for a patent for their method.Technology and PrinciplesThis innovative technology utilizes so...

    2023-10-07
    See translation