生醫微流體Biomedical microfluidics
依樣本、試劑與操作需求,規劃流道、混合、分離或反應結構。
Channel, mixing, separation and reaction structures tailored to samples, reagents and operating requirements.
百洑傳息BIOFLUMEN & XENSOR LAB張鈞豪博士 · Dr. Chun-Hao Chang
微流體 · 生物感測 · 體外診斷MICROFLUIDICS · BIOSENSING · IVD
INDUSTRY × ACADEMIA
產學合作 · 張鈞豪博士
從生醫、診斷到器官晶片,協助規劃結構、選擇材料與製程,串接幫浦、閥件及電控,依需求完成原型與初步測試。
From biomedical and diagnostic microfluidics to organ-on-chip platforms, we support structural design, material and process selection, fluid handling, control integration and preliminary testing.
洽談合作需求 Discuss your project ↗
01 / APPLICATIONS
依樣本、試劑與操作需求,規劃流道、混合、分離或反應結構。
Channel, mixing, separation and reaction structures tailored to samples, reagents and operating requirements.
協助檢體處理、加樣與反應模組設計,整合感測及讀值介面。
Sample handling, loading and reaction modules with interfaces for sensing and readout.
協助培養腔室、灌流與連接介面設計;細胞模型與功能驗證依合作需求另行界定。
Culture chambers, perfusion and connection interfaces; cell models and functional validation are scoped separately.
02 / DESIGN & FABRICATION
100 μm · 最小特徵線寬參考
依材料、加工深度、刀具與幾何形狀評估,適用流道原型與模具加工。
Reference minimum feature width: 100 μm. Feasibility depends on material, depth, tooling and geometry.
20 μm · 特徵線寬參考
依光罩、光阻厚度與製程條件規劃母模,供微結構轉印與翻模使用。
Reference feature width: 20 μm. Master molds are planned around mask design, resist thickness and fabrication conditions.
原型 · 接頭 · 治具 · 模具
依結構、樹脂與後處理需求選擇製作方式,支援組裝與測試用零組件。
Prototypes, connectors, fixtures and molds selected according to geometry, resin and post-processing requirements.
線寬為製程能力參考;實際尺寸、深度、表面品質與公差於個案評估後確認。Feature widths are capability references; dimensions, depth, surface quality and tolerances are confirmed per project.
流道基板與透明原型
Channel substrates and transparent prototypes
彈性晶片與微結構翻模
Elastomeric chips and microstructure replication
依結構規劃成型與加工用模具
Metal molds designed for the forming process
依溫度、壓力及重複使用條件評估
Resin molds evaluated for temperature, pressure and reuse
材料選擇會一併考量試劑相容性、光學需求、使用溫度與封裝方式。Selection considers reagent compatibility, optical requirements, operating temperature and bonding.
03 / INTEGRATION & TESTING
依流量、壓力、通道數及操作時序,規劃幫浦、閥件、管路接頭與控制介面,支援液體輸送、流路切換與自動化操作。
Pumps, valves, tubing and control interfaces are scoped around flow, pressure, channel count and timing for liquid delivery, switching and automated operation.
具生物實驗操作空間,可依合作範圍協助流動、混合、漏液及初步生物實驗測試。測試樣本、方法與交付結果於立案前討論確認。
Wet-bench facilities support preliminary flow, mixing, leakage and biological tests within the agreed scope. Samples, methods and deliverables are defined before the project starts.
查看實驗儀器 / Explore our equipment ↗04 / PROJECT SCOPE
已有圖面與規格,討論材料、數量及加工可行性。
Existing drawings and specifications; confirm materials, quantity and manufacturability.
由需求開始,規劃設計、試作與修改輪次。
Requirements, design, trial fabrication and agreed revision rounds.
串接晶片、輸送與電控,依里程碑完成測試與交付。
Chip, fluid handling and controls with milestone-based tests and deliverables.
STARTING SCOPE
圖面與規格明確的簡單加工案件,可由新臺幣數千元至數萬元啟動。涉及設計開發、製程試作、系統整合或生物測試者,依技術難度、材料、數量、修改輪次及交付項目另行報價。實際費用與合作方式以正式報價及校方程序為準。
Straightforward fabrication with defined drawings and specifications can start at several thousand to tens of thousands of New Taiwan dollars. Design, process development, integration and biological testing are quoted according to scope, materials, quantity, revisions and deliverables. Final fees and arrangements follow the formal quotation and university procedures.
提供規格,討論報價 Discuss scope & quotation ↗05 / PARTNERSHIP & IP
合作成果得依陽明交通大學相關規定與契約,洽議授權使用、共有,或經技術移轉由廠商取得所有權。具體安排依經費來源、研發貢獻及校方審核程序確認,並於契約中明定。
Licensing, joint ownership or company ownership through technology transfer may be negotiated under NYCU regulations and the project agreement. Arrangements depend on funding sources, research contributions and university approval, and are specified in the contract.
LET’S BUILD THE FIRST PROTOTYPE
請提供用途、尺寸/線寬/深度、材料、數量、圖面準備狀態及預計時程。
Share the application, dimensions, feature width and depth, material, quantity, drawing availability and target timeline.
聯絡我們 Start a conversation ↗jimhao@nycu.edu.tw