Information
21-11 Gyeonggidong-ro, Namsa-eup, Cheoin-gu, Yongin-si, Gyeonggi-do, South Korea
+82 31-321-3068
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Overview
- Summary
- ISL Co., Ltd. was a specialized company focused on the development of Nano Imprint, Metal Mesh, UV Pattern technologies, and related equipment [database]. As of 2025, the manufacturer is in a closed state [database]. The company's activities involved contributing to various advanced industries through precise nano-scale pattern formation technologies [1, 4, 5]. A primary focus on providing high-resolution and high-throughput technological solutions [1, 39].ISL Co., Ltd. was a specialized company focused on the development of Nano Imprint, Metal Mesh, UV Pattern technologies, and related equipment [database]. As of 2025, the manufacturer is in a closed state [database]. The company's activities involved contributing to various advanced industries through precise nano-scale pattern formation technologies [1, 4, 5]. A primary focus on providing high-resolution and high-throughput technological solutions [1, 39].
- Key Products/Technologies
- Nano Imprint Technology: A method for fabricating nanometer-scale patterns with low cost and high throughput [1, 5]. Utilizing mechanical deformation to imprint patterns onto a resist, followed by curing with heat or UV light [1, 2]. An essential core technology for manufacturing various advanced devices in semiconductors, optics, biosensors, and flexible displays [5, 10]. Applicable to the production of optical components such as light guide plates, anti-reflection films, and polarizers for LCD flat panel displays [8].Nano Imprint Technology: A method for fabricating nanometer-scale patterns with low cost and high throughput [1, 5]. Utilizing mechanical deformation to imprint patterns onto a resist, followed by curing with heat or UV light [1, 2]. An essential core technology for manufacturing various advanced devices in semiconductors, optics, biosensors, and flexible displays [5, 10]. Applicable to the production of optical components such as light guide plates, anti-reflection films, and polarizers for LCD flat panel displays [8].
- Metal Mesh Technology: A next-generation transparent conductive film technology replacing conventional ITO transparent electrodes [24, 40]. Achieving low resistance and high transparency simultaneously by printing metals like silver or copper in fine grid patterns on films [18, 40]. A key material technology applicable to various electronic products, including large-format touchscreen panels, flexible displays, and EMI shielding films [24, 30, 38]. Capability to manufacture high-performance touch sensors through fine wiring (e.g., 2um or more) [40].Metal Mesh Technology: A next-generation transparent conductive film technology replacing conventional ITO transparent electrodes [24, 40]. Achieving low resistance and high transparency simultaneously by printing metals like silver or copper in fine grid patterns on films [18, 40]. A key material technology applicable to various electronic products, including large-format touchscreen panels, flexible displays, and EMI shielding films [24, 30, 38]. Capability to manufacture high-performance touch sensors through fine wiring (e.g., 2um or more) [40].
- UV Pattern and Equipment Technology: A technology utilizing ultraviolet (UV) light to rapidly cure liquid resins and form precise patterns [43, 44]. In nanoimprint processes, this method involves pressing UV-curable liquid resin with a UV-transparent mold under low pressure, then exposing it to UV light for curing and pattern transfer [36, 43]. Advantages include fast curing times and prevention of dimensional changes due to temperature, beneficial for high-precision pattern realization [8, 43]. UV LED curing technology applies to a wide range of commercial fields such as digital inkjet, screen printing, wood coatings, fiber optic coatings, and adhesives [44, 45].UV Pattern and Equipment Technology: A technology utilizing ultraviolet (UV) light to rapidly cure liquid resins and form precise patterns [43, 44]. In nanoimprint processes, this method involves pressing UV-curable liquid resin with a UV-transparent mold under low pressure, then exposing it to UV light for curing and pattern transfer [36, 43]. Advantages include fast curing times and prevention of dimensional changes due to temperature, beneficial for high-precision pattern realization [8, 43]. UV LED curing technology applies to a wide range of commercial fields such as digital inkjet, screen printing, wood coatings, fiber optic coatings, and adhesives [44, 45].
- Core Advantages
- Ultra-precision Nano-scale Patterning Capability: Attainment of technology capable of realizing ultra-fine patterns below 10nm through nanoimprint technology [5, 8]. This is a crucial element for next-generation semiconductor and high-performance display manufacturing [4, 10].Ultra-precision Nano-scale Patterning Capability: Attainment of technology capable of realizing ultra-fine patterns below 10nm through nanoimprint technology [5, 8]. This is a crucial element for next-generation semiconductor and high-performance display manufacturing [4, 10].
- Cost-effectiveness and Productivity: Potential for manufacturing cost reduction through lower equipment costs and fewer process steps compared to traditional photolithography [4, 39]. The rapid processing speed of UV curing methods ensures high productivity suitable for mass production [8, 43].Cost-effectiveness and Productivity: Potential for manufacturing cost reduction through lower equipment costs and fewer process steps compared to traditional photolithography [4, 39]. The rapid processing speed of UV curing methods ensures high productivity suitable for mass production [8, 43].
- Responsiveness to Next-generation Display and Electronic Material Markets: Ability to replace ITO and enable flexible displays through metal mesh technology [24, 38]. This represents a technological advantage meeting the demands of large-format touchscreens and wearable device markets [18, 46].Responsiveness to Next-generation Display and Electronic Material Markets: Ability to replace ITO and enable flexible displays through metal mesh technology [24, 38]. This represents a technological advantage meeting the demands of large-format touchscreens and wearable device markets [18, 46].
- Technological Expandability to Diverse Industries: Nanoimprint, metal mesh, and UV pattern technologies are versatile, applicable across various advanced industrial sectors including semiconductors, displays, optics, biotechnology, and energy [1, 8, 10]. Potential for creating new application areas through technological convergence [5, 26].Technological Expandability to Diverse Industries: Nanoimprint, metal mesh, and UV pattern technologies are versatile, applicable across various advanced industrial sectors including semiconductors, displays, optics, biotechnology, and energy [1, 8, 10]. Potential for creating new application areas through technological convergence [5, 26].
- Target Industries
- Semiconductor Industry: Formation of next-generation semiconductor devices and high-resolution circuit patterns using nanoimprint lithography [4, 10, 39].Semiconductor Industry: Formation of next-generation semiconductor devices and high-resolution circuit patterns using nanoimprint lithography [4, 10, 39].
- Display Industry: Manufacturing of optical components such as light guide plates, anti-reflection films, and polarizers for flat panel displays [8]. Touchscreen panels and flexible displays using metal mesh [24, 38].Display Industry: Manufacturing of optical components such as light guide plates, anti-reflection films, and polarizers for flat panel displays [8]. Touchscreen panels and flexible displays using metal mesh [24, 38].
- Optics and Photonics Industry: Fabrication of optical devices such as subwavelength resonant grating filters, SERS sensors, polarizers, waveplates, anti-reflective structures, and integrated photonic circuits [1].Optics and Photonics Industry: Fabrication of optical devices such as subwavelength resonant grating filters, SERS sensors, polarizers, waveplates, anti-reflective structures, and integrated photonic circuits [1].
- Bio and Medical Industry: Production of nanostructures for biological applications like biosensors and microfluidic devices [1, 5].Bio and Medical Industry: Production of nanostructures for biological applications like biosensors and microfluidic devices [1, 5].
- Energy Industry: Manufacturing of reaction barriers for fuel cells and efficiency-enhancing structures on solar cell surfaces [8].Energy Industry: Manufacturing of reaction barriers for fuel cells and efficiency-enhancing structures on solar cell surfaces [8].
- Printing and Coating Industry: Application of UV curing technology in digital inkjet, screen printing, wood coatings, and fiber optic coatings [44, 45].Printing and Coating Industry: Application of UV curing technology in digital inkjet, screen printing, wood coatings, and fiber optic coatings [44, 45].
- Major Markets
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- Certifications/Patents
- Specific patent and certification information is not publicly available due to the company's closure [database]. However, expertise in advanced technology fields such as nanoimprint, metal mesh, and UV patterning indicates a history of internal R&D capabilities and technological innovation efforts [4, 36, 40].Specific patent and certification information is not publicly available due to the company's closure [database]. However, expertise in advanced technology fields such as nanoimprint, metal mesh, and UV patterning indicates a history of internal R&D capabilities and technological innovation efforts [4, 36, 40].
Introduction
Location
21-11 Gyeonggidong-ro, Namsa-eup, Cheoin-gu, Yongin-si, Gyeonggi-do, South Korea
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