Microstructure on Glass Surface
Laser-etched square microstructure array on glass, combining macro sample positioning with microscopic feature inspection.
Laser Microstructure Fabrication
Microstructure Fabrication
微結構與三維微加工
Precision laser structuring of glass, SiC and advanced materials for functional surfaces, microfluidics, thermal management and optical research.
博隆利用精密雷射掃描、逐層材料移除與路徑控制，在材料表面建立二維圖案、三維凹槽、金字塔、柱狀與週期性陣列，並依目標深度、角度、間距與表面品質進行製程開發。
2D · 3D · Array · Custom Geometry
2D / 3DSurface and volumetric geometries
Glass / SiCDemonstrated material platforms
Array / FreeformFlexible pattern configurations
CustomizableShape, depth, pitch and layout
Capability Overview
Controlled Material Removal for Functional Microstructures
Bolite develops laser microstructure processes by coordinating beam delivery, scan strategy, layer removal and motion control. The platform supports individual features, repeated arrays and custom freeform layouts for research prototypes and application-oriented samples.
博隆依據材料性質、結構輪廓、加工面積、深度、側壁、表面粗糙度與後續功能需求，規劃合適的雷射條件、掃描路徑、層間距與量測驗證方式。
01
Geometry ControlCustom cavities, pyramids, pillars and patterned surfaces.
02
Array FabricationPeriodic or customized layouts with controllable pitch and area.
03
3D VerificationProfile, depth and cross-section review for process optimization.
Key Capabilities
可依材料與功能需求客製的微結構方案
從單一結構到大面積陣列，博隆可依幾何圖面、目標功能與驗收方式進行雷射製程評估與參數開發。
Demonstrated Results
代表性雷射微結構案例
以下展示玻璃與 SiC 的表面圖案、三維金字塔及柱狀陣列案例。實際可達尺寸與品質須依材料、結構與加工面積重新評估。
Tetrahedral / Pillar 3D Structure
A three-dimensional pyramid-like and pillar fabricated through controlled layer removal and reviewed using profile measurement.
Tetrahedral Array on SiC
Repeated pyramid structures on a SiC sample, demonstrating array layout and consistent geometric replication.
Laser-Etched Microfluidic Channels on Quartz
Precision laser etching of quartz to create microfluidic channel structures, with metrology-based profile measurement for geometry.
Materials
Materials for Evaluation
GlassSilicon CarbideQuartzSiliconSapphireTechnical CeramicsMetalsCoated Substrates
上傳案例已展示 Glass 與 SiC；其他材料須依吸收特性、厚度、熱性質、鍍膜與目標結構進行可行性測試。
Applications
Potential Applications
Thermal Management
增加表面積或建立散熱、沸騰與界面研究用結構。
Microfluidics
微流道、儲液槽、混合結構與局部流場控制。
Surface Functionalization
潤濕性、摩擦、附著、光吸收與表面反應研究。
Optics & R&D
微光學、結構光學、感測與新型元件原型驗證。
Development Workflow
From Geometry Concept to Verified Structure
STEP 01Requirement Review確認材料、圖面、功能目標與驗收項目。
STEP 02Geometry Planning規劃單元尺寸、Pitch、加工區域與掃描策略。
STEP 03DOE Development測試能量、速度、層距、焦點與路徑條件。
STEP 043D Inspection檢查深度、輪廓、角度、粗糙度與一致性。
STEP 05Pilot & Scale-Up評估大面積加工、節拍、品質與自動化需求。
Information Required
製程評估前請提供的資料
請盡量提供結構圖面與功能需求，博隆可據此規劃合適的 DOE、量測方法與開發範圍。
Material and material grade
Sample dimensions and thickness
Target geometry, drawing or CAD file
Feature size, pitch and array area
Target depth, angle and sidewall profile
Surface roughness or morphology requirement
Maximum heat-affected zone and debris
Inspection and acceptance method
Surface coating or prior treatment
Downstream cleaning or processing steps
Target quantity and takt-time expectation
Reference sample, schedule and NDA needs
Final specifications, functional performance and acceptance criteria are confirmed after sample and process feasibility review.
Start a Microstructure Evaluation
Ready to Develop a Custom Microstructure?
提供材料、結構圖面、目標尺寸與功能需求，博隆技術團隊將協助評估雷射微結構製程、DOE 與量測驗證方案。詳細參數與專有技術可於 NDA 與專案協議下進一步討論。