chanelink logo
CHANELINK
Türkçe

Global manufacturer JQ Laser launches a new fully automatic pipe laser cutting machine equipped with a fully automatic feeding device

645
2023-10-18 17:00:22
Çeviriyi gör

JQ LASER, a global manufacturer specializing in laser cutting machines, has launched a new fully automatic pipeline laser cutting machine model T120A.

According to JQ LASER's report on the 16th, the body of this new product adopts a vertical rather than horizontal design, reducing the machining center and improving stability.

In the past, traditional double chuck pipe cutting machines had a fixed front chuck. In the final product processing stage, the front chuck was opened and only rolled and turned for processing. However, the explanation is that this upgraded model can move back and forth, so it can be processed with both the front and rear chucks seized, thus achieving the minimum residual and reducing defect rates.

Equipped with a fully automatic feeding device, it can automatically feed 15-120mm circular and corrugated pipes, which also helps to save labor costs. When installing four sets of brackets on the body parts to process small pipes, it can minimize the deformation of the pipes caused by rotation to ensure machining accuracy.

A person in charge of JQ LASER explained, "Currently, consumers in the furniture industry have an increasing demand for customization. Due to various issues such as severe deformation, long processing cycles, multiple processes, and high costs, it is difficult to adapt to market demand.

He continued, In the fierce competition, furniture manufacturers have now begun to attach importance to laser processing machines. Laser processing machines can save factory space, solve labor costs, and flexibly achieve small batch customization and new product development and launch, thereby maintaining competitiveness with other companies. We believe that laser cutting machines will replace traditional equipment such as trading machines in the future, achieve production automation, and become a huge force in the Industry 4.0 era.

Source: Laser Network

İlgili öneriler

  • X photon 3D nanolithography

    Virtual and Physical Prototypes: X-ray laser direct writing 3D nanolithography.Multi-photon polymerization (MPP), also known as 3D nanoprinting, has been investigated using wavelength-tunable femtosecond lasers. At a fixed pulse width of 100 fs, any spectral color in the range of 500nm to 1200nm can be used, which reveals the interaction of more subtle photophysical mechanisms than two-photon phot...

    2023-09-11
    Çeviriyi gör

  • Laser Photonics wins a large order from Lufthansa Technologies subsidiary

    Recently, American laser cleaning system developer Laser Photonics announced that the company has successfully secured an order for a cleaning technology laser cleaning system from Lufthansa Technik Puerto Rico, a technology subsidiary of Lufthansa, the largest aviation group in Europe.Lufthansa Technik is the world's largest independent provider dedicated to providing maintenance, repair, and com...

    2023-12-19
    Çeviriyi gör

  • Laser&Photonics Reviews New Type Quartz Crystal Space Harmonic Modulation for Efficient Vacuum UV Laser

    Professor Zhang Huaijin and Yu Haohai from the Institute of Crystal Materials of Shandong University (the State Key Laboratory of Crystal Materials) proposed a spatial harmonic modulation strategy, which realizes the phase matching conditions that can be manipulated artificially in the new quartz crystal, and realizes the effective frequency doubling within the VUV range. The relevant research is ...

    2023-08-30
    Çeviriyi gör

  • JMP： Small hole mode swing laser welding of nickel based high-temperature alloys - simulation, experiment, and process diagram

    IntroductionThe small hole mode swing laser welding has gained increasing recognition due to its ability to bridge gaps, refine microstructures, and enhance the mechanical properties of welds. However, the effects of amplitude, frequency, welding speed, laser beam power, and beam radius on heat flux distribution, melting mode, and three-dimensional temperature field have not been well understood. ...

    04-11
    Çeviriyi gör

  • Process practice of blue light semiconductor laser cladding copper on copper

    Laser Cladding, also known as laser cladding or laser cladding, is a method of adding cladding material to the surface of the substrate and using a high-energy density laser beam to melt it together with the thin layer on the surface of the substrate. It forms a metallurgical bonded additive cladding layer on the surface of the substrate, which can be used for surface strengthening and defect repa...

    2024-04-09
    Çeviriyi gör