Tiếng Việt

New Meltio robot unit provides large-scale line laser DED

207
2023-09-22 14:53:13
Xem bản dịch

Meltio is an expert in the field of cost-effective linear laser metal deposition additive manufacturing technology (directed energy deposition, DED) and has launched the new Meltio Robot Cell, a turnkey metal additive manufacturing solution equipped with industrial robotic arms and the recently launched slicing software Meltio Space.

The new hardware aligns with the vision of this Spanish company to provide reliable solutions, reduce costs, and improve manufacturing processes for industries around the world. This new system allows for standard metal 3D printing, part repair, or feature addition starting from the factory's construction board.

The Meltio robot unit is compatible with open hardware platforms, allowing Meltio to integrate metal 3D heads into any brand of robotic arm. In this case, the company offers Meltio Robot Cell as a fully integrated solution to provide a faster, better, and standardized user experience.

The volume and working area defined in the workspace of the Meltio robot unit can meet all manufacturing needs using industrial grade additive manufacturing technology to fully utilize Meltio's metal 3D printing heads. With its monitoring and safety functions, it is able to independently manufacture parts in industrial environments. The robot and locator are installed together with the Meltio Engine, Meltio Space, and accessories on a self-supporting platform and laser safe housing.

The Meltio robot unit is designed as a plug and play system with a single power supply and a single inert gas supply. The environmental conditions are standard, and the battery cannot be located outdoors or protected from sunlight and dust. It must be in a controlled environment. This solution enables customers to receive products that can be used for robot metal 3D printing.
This machine has been certified and tested to operate as standard with ABB robotic arms, targeting all industries. It is the evolution of Meltio engine robot integration, serving as the basic production model that enables various industries to integrate 3D printed parts manufacturing with Meltio heads integrated into robots into their production systems.

As the product manager of Meltio Engine, Alejandro Nieto is excited about this new innovation: "Meltio's main commitment to launching the Meltio Robot Cell is to provide the ability to manage the entire manufacturing process using our metal 3D printing technology for all types of industries, which includes the integration of the Meltio head into the robotic arm and in a safe environment for producing parts.

This new hardware system enables customers to obtain ready-made units for robotic metal 3D printing, eliminating integration processes and longer assembly delivery times. The Meltio robot unit has a specific area for each type of supply required by the unit every day, which is sufficient to start manufacturing by simply connecting to an inert gas and power supply.

Meltio Robot Cell also provides work agreements for industrial clients. Compared to the existing products in the market today, the price of Meltio Robot Cell is highly competitive, with a factory price of less than $300000. Compared to thermoplastic and concrete 3D printing systems in other industries that require 3D printed structural components, the cost of this solution is also competitive.

This unit may be delivered together with other robot brands in the market to better respond to customers in terms of availability and technical capabilities. Meltio Robot Cell is compatible with open hardware platforms, allowing Meltio to integrate our metal 3D printing heads into any brand of robotic arm

Source: Laser Network

Đề xuất liên quan
  • Leya Invents Next Generation Agricultural Blue Laser Weeding Technology

    Laudado&Associates LLC (L&A), an agricultural technology development company headquartered in California, announced the Autonomous Agricultural Solutions Conference held at FIRA Robotics&last week in Salinas, California.This patent pending technology is a completely new design, designed by L&A, aimed at maximizing the commercial feasibility of laser weeding and thinning. It utilize...

    2023-09-27
    Xem bản dịch
  • Fiber laser array for single pixel imaging is expected to achieve remote detection

    Single pixel imaging (SPI) is a novel computational imaging technique that has been widely studied in recent years. This technology only uses single pixel detectors without spatial resolution to obtain spatial information of targets.It has unique advantages and compensates for the shortcomings of traditional imaging technologies based on array detectors, such as relatively immature or expensive ar...

    2024-05-15
    Xem bản dịch
  • New progress in in-situ identification and quantitative research of methane carbon isotopes in the ocean

    Recently, Zhang Xin's research team from the Institute of Oceanography, Chinese Academy of Sciences, based on the in-situ laser Raman spectroscopy technology, made new progress in the in-situ recognition and quantification of methane carbon isotopes by using the significant differences in the Raman spectra of methane carbon isotopes (13CH4 and 12CH4). The relevant results were recently published i...

    2023-10-13
    Xem bản dịch
  • 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
    Xem bản dịch
  • Innovative laser technology: a novel quantum cavity model for superradiance emission

    Quantum optics is a complex field where theoretical and experimental physicists collaborate to achieve breakthroughs in explaining subatomic level phenomena.Recently, Farokh Mivehvar from the University of Innsbruck used the most comprehensive model in quantum optics, the Dicke model, to study the interaction between two groups of atoms in a quantized field. This new study makes it possible to obs...

    2024-03-16
    Xem bản dịch