Phoenix Pioneer Technology Co., Ltd. (6920)

Overview

Lasertec Corporation, originally founded in 1960 and initially known as NJS Corporation, underwent a significant rebranding in 1986 to its current name. The company has established its headquarters in Yokohama, Japan, and has since grown to have a global presence in the design, manufacture, and sale of inspection and measurement equipment. Lasertec Corporation caters to a broad range of industries, but it has a particular focus on semiconductor-related products. With a history spanning over six decades, the company has become a reputable name in the inspection and measurement equipment industry, offering advanced technological solutions to clients both in Japan and worldwide.

Products and Services

Lasertec Corporation's product lineup is diverse and tailored to meet the needs of various sectors, including semiconductors and flat panel display (FPD) manufacturing. Key offerings include:

• Mask Related Systems: These systems are designed for extreme ultraviolet (EUV) and deep ultraviolet (DUV) solutions, catering to the semiconductor industry's need for high-precision mask inspection tools.
• Wafer Inspection and Review Systems: Lasertec Corporation offers sophisticated equipment for inspecting and reviewing wafers, ensuring quality control and efficiency in semiconductor manufacturing processes.
• FPD Photomask Inspection Systems: Tailored for the flat panel display industry, these systems are pivotal in the inspection of photomasks, a key component in the manufacturing of screens for electronic devices.
• Laser Microscopes: The company's laser microscopes are cutting-edge tools for magnified observation, catering to a wide range of research and industrial applications.
• Electro-Chemical Reaction Visualizing Confocal System: This unique system allows for the visualization of electro-chemical reactions at microscopic levels, providing valuable insights for various scientific and industrial processes.
• Coating Thickness Scanning System: Designed to measure the thickness of coatings with precision, this system is critical in industries where coating uniformity is essential for product quality.
• In-Situ Observation at Ultra High Temperature Confocal Scanning Laser Microscope: This innovative microscope enables the observation of samples at ultra-high temperatures, opening new research and development avenues for materials science and engineering.