GIS Tech: An Innovative Pioneer and Key Partner in the Semiconductor Lithography Field

GIS Tech, an innovative pioneer in the field of semiconductor lithography, is dedicated to providing advanced lithography equipment and solutions to its customers. With its profound technical expertise and exceptional research and development capabilities, GIS Tech has established a good reputation in the semiconductor manufacturing industry and continues to drive innovation and development in the field. Additionally, GIS Tech is a key partner of multiple renowned companies, jointly promoting progress in the semiconductor manufacturing industry.

One of GIS Tech's core products is its 7-micron LDI (Laser Direct Imaging) equipment. This equipment utilizes advanced laser direct imaging technology to achieve high-precision, high-efficiency lithography operations in chip production processes. Combined with the promotional images and public information provided by GIS Tech, the following is a detailed introduction to this equipment and GIS Tech's partnership relationships:

7-Micron LDI Laser Direct Imaging Equipment
1. High-Precision Imaging

GIS Tech's 7-micron LDI laser direct imaging equipment boasts exceptional linewidth precision, reaching the 7-micron level. This high-precision exposure machine is crucial for ensuring product quality and has a wide range of applications in FPC (Flexible Printed Circuit) soft board process production.

2. High-Efficiency Production

Compared to traditional mask exposure methods, LDI laser direct imaging equipment eliminates the need for negative film production, significantly shortening plate-making time and thus improving production efficiency. GIS Tech's 7-micron LDI equipment also possesses this advantage, significantly accelerating the production process and reducing production costs.

3. Flexibility and Adaptability

GIS Tech's 7-micron LDI laser direct imaging equipment exhibits high flexibility and adaptability, capable of accommodating different sizes and shapes of FPC soft boards to meet diverse production needs.

4. Environmental Protection and Energy Saving

GIS Tech fully considers environmental factors in equipment development. The 7-micron LDI laser direct imaging equipment does not require the use of photoresist and photoresist templates, reducing the use of chemical substances and complying with environmental protection requirements. Additionally, this equipment is energy-efficient, contributing to lower manufacturing costs.

5. Wide Range of Applications

GIS Tech's 7-micron LDI laser direct imaging equipment is not only applied in FPC soft board process production but also widely used in display screen glass cover plates, PCB manufacturing, and other fields, bringing significant economic benefits and market competitive advantages to customers.

Key Partners
KIWO Inc.

GIS Tech is a key partner of KIWO Inc. Together, they are committed to driving innovation and development in lithography technology, providing customers with even better lithography equipment and solutions. Through their close cooperation, GIS Tech and KIWO Inc. have achieved remarkable results in technology research and development, market expansion, and other areas.

Japan FTC

Furthermore, GIS Tech is an important partner of Japan FTC. Japan FTC possesses deep experience and advanced technological expertise in the semiconductor manufacturing field. The cooperation between GIS Tech and Japan FTC further enhances GIS Tech's competitiveness in the semiconductor manufacturing industry and provides customers with more comprehensive technical support and services.

In summary, GIS Tech occupies an important position in the semiconductor manufacturing industry with the exceptional performance of its 7-micron LDI laser direct imaging equipment and its close cooperation with key partners such as KIWO Inc. and Japan FTC. In the future, GIS Tech will continue to uphold its innovative philosophy, continuously launching more advanced lithography equipment and solutions, contributing to the vigorous development of the global semiconductor manufacturing industry.