Español

The market accounts for up to 70%! Meere is continuously expanding its market layout

784
2024-06-25 14:35:49
Ver traducción

According to Korean media reports, Meere, a semiconductor and display equipment manufacturer from South Korea, is continuously expanding its presence in the high stack semiconductor market, including its HBM business.

In fact, Meere itself is the world's top manufacturer of display edge grinding mechanisms, with a market share of up to 70%. It is based on its accumulation of display microfabrication technology that it has developed wafer processing equipment, thereby consolidating its position in the semiconductor manufacturing industry.

Industry insiders speculate that Meere's layout is expected to gradually erode the semiconductor grinding and precision manufacturing market dominated by Japan's DISCO (semiconductor equipment giant), becoming a new growth pole for its performance.
Meere has been developing wafer processing equipment since 2021 and temporarily received orders from multiple general semiconductor companies such as Samsung Electronics in 2023.

In 2024, the supply range of Meere related equipment has expanded to include wafer manufacturers and semiconductor packaging enterprises. Based on its previous experience in display processing equipment, Meere is expected to gradually achieve great success in the semiconductor process market between 2024 and 2025.

It is understood that Meere was founded in 1984 and has a presence in the fields of surgical robots, sensors, and industrial equipment. As mentioned earlier, Meere's display edge grinding machine business ranks first in the global market share. This device was born in 2000, and Samsung Display, LG Display, BOE, Huaxing Optoelectronics, and others are Meere's main customers.

At the level of precision laser processing technology, Meere has laser cutting machines for wafer and packaging fields, laser cutting machines for display panels, laser marking machines, and laser cutting machines.

One of the biggest challenges facing companies such as Samsung Electronics and SK Hynix is how to improve the yield of HBM, which is currently developing rapidly in the HBM market. Therefore, with the growth of the HBM market, it is expected that the demand for semiconductor wafer processing equipment laid out by Meere will gradually increase.

In 2022, Meere signed a supply contract worth approximately 6.5 billion Korean won with wafer manufacturer SK Siltron, which became one of SK Hynix's suppliers.

At present, Meere's semiconductor product portfolio has expanded from chip manufacturers to wafer manufacturers. Once it obtains subsequent purchase orders for semiconductor packaging equipment, it will become an equipment enterprise covering the entire value chain of the semiconductor manufacturing process.

Therefore, with the support of display processing technology and semiconductor processing technology, Meere has a relative advantage over Japan's DISCO, which only has standardized equipment.

Furthermore, it is worth mentioning that Meere is currently collaborating with clients in various other fields to develop semiconductor laser processing equipment.

Undoubtedly, Meere's investment in the display field has decreased. Instead, based on its advanced display component technology, it has attracted and expanded its semiconductor customer base, deepening technology applications through customer semiconductor process flow, and horizontally enriching its product portfolio.

Therefore, currently, Meere is mainly seeking to expand its technology portfolio in various fields, including semiconductors, in order to maintain and strengthen its own sustainable development capabilities.

Source: OFweek

Recomendaciones relacionadas
  • Korean POSTECH develops stretchable color adjustable photonic devices

    Liquid crystal elastomers are expected to be applied in displays, sensors, smart devices, and wearable devices.A team from POSTECH University in South Korea, led by Professor Su Seok Choi and Professor Seungmin Nam, has developed a new type of stretchable photonic device that can control the wavelength of light in various directions.This work was carried out by the Department of Electrical Enginee...

    2024-06-11
    Ver traducción
  • The research team from the School of Engineering at Columbia University in the United States has broken through the "bandwidth bottleneck" of high-performance computing in new photonic chips

    When running various artificial intelligence programs such as large language models, although data centers and high-performance computers are not limited by the computing power of their individual nodes, the amount of data transmitted between nodes is currently the root cause of the limitations on the performance and bandwidth transmission of these systems.Because some nodes in the system are more...

    2023-10-31
    Ver traducción
  • Researchers from Columbia University in New York reported the latest research on reverse laser sintering of metal powders

    Researchers from Columbia University in New York reported the latest research on reverse laser sintering of metal powders. The related achievements were published in Scientific Reports under the title "Invested laser sintering of metal powder".The researchers demonstrated the ability of reverse laser sintering technology to manufacture metal powder parts. Researchers first deposit a layer of coppe...

    2024-01-29
    Ver traducción
  • Laser technology reveals hidden gases in complex mixtures

    Laser Network reported on January 11th that modern equipment has been fine tuned to detect highly specific gases, including trace gases found in the atmosphere, gases present in combustion exhaust emissions, and gases used in technology plasma applications.They achieve this by calculating the percentage of light at a certain wavelength that is absorbed or attenuated by the sample. This way, the co...

    2024-01-11
    Ver traducción
  • Shanghai University of Technology publishes the latest Nature paper

    With the increasing demand for human data, the requirements for data storage methods are also increasing. Optical Data Storage (ODS) is a light based storage method commonly used in DVDs, which is low-cost and very durable. But ODS usually stores data in a single layer, and the amount of data that can be stored is limited. Gu Min, academician of Shanghai University of Technology, Wen Jing, and Rua...

    2024-02-26
    Ver traducción