Türkçe

IoTech shapes the flexible future of 3D printed electronic products

212
2024-02-27 17:16:39
Çeviriyi gör

The rapidly developing IoTech enterprise headquartered in Israel will showcase at LOPEC 2024 how its disruptive digital manufacturing continuous laser assisted deposition technology shapes the future of microelectronics and additive manufacturing.


Herv é Javice, co-founder and CEO of ioTech, commented, "We are delighted to be attending the LOPEC exhibition for the first time and showcasing how customers can improve production efficiency, adopt more flexible manufacturing methods, and deliver designs that are" impossible to manufacture "until now, all in a sustainable way. The possibilities of our technology are endless.". IoTech's CLAD technology has been validated by major market participants and has attracted microprocessors μ Orders from industry leaders in LED, defense, electric vehicle power devices, and batteries.

IoTech's continuous laser assisted deposition technology has completely changed material deposition and has several key advantages compared to existing methods, paving the way for seamless full-scale digital large-scale manufacturing. Unlike traditional technologies, CLAD is material independent and seamlessly integrates various industrial materials without the need for reconfiguration or additives, making it easy to meet strict OEM certification requirements. This multifunctional digital method allows for large-scale customization of complex geometric shapes and rapid prototyping without being limited by masks or screens, thanks to its ability to adapt to high-speed deposition of multiple materials and layers.

The compatibility of CLAD with various substrates and the flexibility to handle high viscosity materials without clogging make it different from traditional methods such as laser direct molding and inkjet systems. Its efficiency meets the stringent productivity standards of semiconductor packaging and assembly plants, providing an alternative solution for creating conductive geometries with smaller resistance and footprint. In addition, CLAD demonstrates sustainability by replacing subtractive materials technology, contributing to environmental, social, and governance plans, and backflow efforts.

At the exhibition, ioTech will expand the enormous potential of digital large-scale manufacturing applications in the microelectronics market. It will share how manufacturers use their standard certified industrial materials to control the deposition of each drop and achieve unparalleled production yield through the ioTech io300 digital printer. Its speed and resolution are the fastest and highest in the market today, driving the delivery of commercial solutions across multiple vertical fields and opening up potential for significant miniaturization in semiconductor packaging and advanced printed circuit board production and assembly.

IoTech was founded in 2016 and has offices in the UK and Israel. IoTech's system can print and combine multiple materials with high resolution and speed, providing flexibility for dispensing at screen printing speed. The company has over 50 patents, most of which have been authorized, and is a pioneer in additive manufacturing innovation.

Source: Laser Net

İlgili öneriler
  • NSF funding for the world leading EP-OPAL laser multi mechanism design in Rochester

    The National Science Foundation (NSF) of the United States has awarded the University of Rochester nearly $18 million for three years to design and prototype key technologies for EP-OPAL, a new facility dedicated to studying the interaction between ultra-high intensity lasers and matter.After the design project is completed, the facility can be built at the Laser Energy Laboratory (LLE). This fund...

    2023-09-26
    Çeviriyi gör
  • Deep Photon Network Platform, Empowering Any Functional Photon Integrated Circuit

    The widespread application in the fields of optical communication, computing, and sensing continues to drive the growing demand for high-performance integrated photonic components. Recently, Ali Najjar Amiri of Kochi University in Türkiye and other scholars proposed a highly scalable and highly flexible deep photonic network platform, which is used to realize optical systems on chip with arbi...

    2024-03-11
    Çeviriyi gör
  • Progress has been made in the corrosion mechanism of alkali aluminum phosphate glass at Shanghai Optics and Machinery Institute

    Recently, the Advanced Laser and Optoelectronic Functional Materials Department of the Shanghai Institute of Optics and Precision Mechanics, Chinese Academy of Sciences, has made new progress in the corrosion mechanism of alkali aluminophosphate glass. The research findings were published in The Journal of Physical Chemistry C under the title "Formation Mechanism of Crystal Phase during Corrosion ...

    2024-07-10
    Çeviriyi gör
  • More penetrating than X-rays μ Meson imaging is expected to be advanced with high-power lasers

    μ Mesons are naturally occurring subatomic particles that can penetrate much deeper dense matter than X-rays. Therefore, μ Meson imaging can enable scientists to capture images of nuclear reactors, volcanoes, tsunamis, and hurricanes. However, this process is slow, as it occurs naturally μ The low flux of mesons requires several months of exposure time for the image.It is understood that ...

    2023-11-01
    Çeviriyi gör
  • 85000W laser cutting machine emerged and led the world

    Recently, Pentium Laser and Shenzhen Chuangxin Laser launched the world's first 85000W laser cutting machine, once again breaking the record for the highest power in the cutting field.Zhang Qingmao, Director of the Laser Processing Committee of the Chinese Optical Society, Xu Xia, rotating CEO of Pentium Group, Cai Liang, Director of the Final Inspection Department of Pentium Laser Manufactu...

    2023-09-16
    Çeviriyi gör