Polski

BLM Group launches a new LT12 laser tube cutting system

652
2024-04-18 16:21:10
Zobacz tłumaczenie

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

Powiązane rekomendacje
  • MIT researchers have demonstrated a novel chip based resin 3D printer

    Researchers from the Massachusetts Institute of Technology and the University of Texas at Austin showcased the first chip based resin 3D printer. Their concept verification tool consists of a millimeter sized photon chip that emits a programmable beam of light into resin holes, which solidify into a solid structure when exposed to light.The prototype processor does not have mobile components, but ...

    2024-06-17
    Zobacz tłumaczenie
  • Research progress on the interaction between strong laser and matter Electromagnetic induced transparency effect in plasma physics

    The transmission of electromagnetic waves (such as lasers) in plasma is a fundamental issue in plasma physics. In general, electromagnetic waves cannot be transmitted in high-density plasma, but their transmission and energy transfer play a crucial role in applications such as fast ignition laser fusion, laser particle acceleration, and ultra short and ultra bright radiation sources.In 1996, S. fr...

    2024-03-21
    Zobacz tłumaczenie
  • Researchers have discovered new multiphoton effects in quantum interference of light

    An international research team from Leibniz University in Hanover and Strathclyde University in Glasgow overturned the previous hypothesis about the influence of multiphoton components in the thermal field and the interference effect of parameterized single photons. The journal Physical Review Letters published the team's research."We have demonstrated through experiments that the interference eff...

    2024-01-24
    Zobacz tłumaczenie
  • Zeiss, a century old optical giant, has established the Optoelectronic Optics Division

    Recently, Carl Zeiss announced on its official website that it plans to launch a new strategic business unit, ZEISS Photonics&Optics, on October 1, 2024, with the aim of providing excellent optoelectronic and optical products and solutions to global customers. It is reported that starting from the 2024/25 fiscal year, Zeiss Group will establish a new business unit focused on optoelectronics...

    2024-05-28
    Zobacz tłumaczenie
  • New insights into the interaction between femtosecond laser and living tissue

    The N-linear optical microscope has completely changed our ability to observe and understand complex biological processes. However, light can also harm organisms. However, little is known about the mechanisms behind the irreversible disturbances of strong light on cellular processes.To address this gap, the research teams of Hanieh Fattahi and Daniel Wehner from the Max Planck Institute for Photos...

    2024-06-07
    Zobacz tłumaczenie