Category
Semicon 2026
2026.08.13
Semicon 2026
Micro-Lens Array (MLA)
Micro-Lens Array (MLA)
Micro-lens arrays (MLAs) are micro-optical components fabricated on glass or polymer film substrates using micro-structure imprinting technology. This technology enables the precise replication of high-density, three-dimensional or aspherical micro-lens arrays with a high degree of geometric freedom on the substrate.。
Key Features
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High-Precision Curvature Control
Minimal surface curvature tolerance ensures consistent focal lengths across multi-channel light beams. -
High-Accuracy Array Alignment
Features sub-micron center-to-center pitch tolerance across the array. -
Microstructure Imprinting
Simultaneous fabrication of micro-lens arrays and alignment marks in a single transfer process.
Applications & Scenarios
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Optical Communications & Silicon Photonics Modules
Serves as the optical interface between the Silicon Photonics IC (PIC) and the fiber array unit (FAU) to enable beam expansion and collimated coupling. -
Flexible Optical Design
Offers customizable optical materials and structural designs tailored to specific customer application needs.
Value Proposition
選擇明基材料，在於其深厚的技術積澱與跨領域的材料整合實力。透過精準掌握「卷對卷」、「高分子結構控制」與「押出延伸」三大核心技術，明基材料能針對半導體微汙染控制，開發出兼具高通量、高攔截率與優異化學穩定性的頂尖濾材。
在追求極致效能的同時，更導入低 ESG 特性的生產工藝，協助客戶在提升製程良率之際，亦能實踐減碳目標；憑藉穩定的量產品質與即時的在地化支援，明基材料是半導體產業邁向高階材料轉型最值得信賴的合作夥伴。
