FlowVIEW Tek is a dynamic startup spun off from ITRI (Industrial Technology Research Institute), Taiwan's largest R&D organization. We are a leading provider of nano-scale liquid imaging and inspection solutions, featuring an innovative sample holder design for micro-environment simulation in Electron Microscopy (EM).
- Comprehensive Flow AOI Solutions: We deliver complete Flow Automated Optical Inspection (AOI) solutions applicable across critical fields such as semiconductor manufacturing, energy, biochemistry, and pharmaceuticals.
- Global Market Presence: Committed to internationalized management, we are actively expanding our global market reach. Our products have been successfully adopted by leading semiconductor fabs, material suppliers, testing service providers, academic institutions, and national-level research organizations in Japan, Korea, the US, and Europe.
- Strategic Global Collaboration: We benefit from the guidance of Silicon Valley consultants for our worldwide market and commercial strategies. Furthermore, we actively collaborate with ITRI's global offices to foster commercial linkages with internationally renowned manufacturers.
Aquarius - Liquid static cell
Aquarius is the pioneer in utilizing electron beam (e-beam) technology for testing original fluids and liquid samples. It enables the inspection and monitoring of coating materials in their native, especially liquid, state.
The functions of the chip and liquid sample holder are highly versatile, offering:
- A disposable version for slurry testing.
- An inline version for real-time process monitoring.
- A quick-assembly version for electrode testing.
All versions facilitate simultaneous, high-resolution inspection.
The Aquarius system is capable of displaying images of samples in their liquid state under original conditions, and provides crucial analysis results such as particle size distribution, dispersity, uniformity, concentration, shape, and composition. This data is essential for both R&D and production.
The liquid sample holder within the MFC (Micro-Fluidic Control) system is compatible with various preparation tools, including:
- Powder dispersers for powder size distribution analysis.
- Centrifuges for bio-sample morphology observation.
- Membrane filters for liquid defect identification.
This allows for static inspection across diverse applications. Furthermore, the sample within the holder can be transferred to different inspection platforms (e.g., optical microscopes) to obtain correlative information, enabling versatile and in-depth sample analysis.
Key Features:
- Simple Operation: The liquid sample holder features a special mechanical design that significantly boosts operational efficiency, allowing sample loading to be completed within 0.5 minutes.
- High Resolution: Objects smaller than 10 nm can be easily observed.
- High Compatibility: Highly compatible with various models of electron microscopes (e.g., FEI, JEOL, Hitachi, ZEISS, Phenom, TSCAN, TEMIC, etc.).
- Shuttle Capability: It can serve as a shuttle for in-situ observation with an Optical Microscope/Fluorescence Microscope.
- Customized Flexibility: Can be used with silicon wafers and biochip substrates for in-situ observation.
Mercury - Liquid flow cell
Our Auto Sampling System is designed to perform dynamic sampling between different liquid samples and enables system monitoring and manipulation without location limits. It can conduct customized temperature control and water level supplementation, alongside automatic sample supplementation.
Key Features:
- Breakthrough: Allows for the inspection of fluid dynamic specimens directly within a Scanning Electron Microscope (SEM).
- Customization: Features a corrosion-resistant kit and the ability to switch between different liquid inlets (Fluid mixing 20 in 1 out), offering unparalleled flexibility.
- Versatility: Provides precise temperature and electrical reaction control for diverse experimental conditions.
- User-Friendly: Equipped with advanced automated measurement software and a remote touch control panel for intuitive operation.
液態電子顯微鏡 FlowVIEW Mars 精密溫度控制Kit
在液態樣本的臨場觀測實驗中，加入精密且穩定的溫度控制功能。熱交換流體可以在流動通道中循環，進行溫度控制和流體性質監測，並允許樣品在其原始狀態下進行奈米級臨場測試。
特點
- 精準度:最小化的雙通道循環溫度控制模組配有熱電溫度控制組件。在緩衝液的反應範圍（10至90℃）內，溫度穩定性可控制在±0.02℃。
- 雙向溫控:可同時進行升溫與降溫控制，溫度控制範圍(10-100)度C ，並可進行溫度控制客製化。
- 多工溫度設計:可調節時間與溫度。載台內建計時功能，並配有異常警告系統，當溫度超過安全範圍，會自動重置溫度。
- 高相容性:與各種型號高度兼容（FEI/JEOL/Hitachi/ZEISS/Phenom/TSCAN TEMIC ...）並通過光學顯微鏡/熒光顯微鏡進行臨場觀測。
液態電子顯微鏡 FlowVIEW Venus 電化學操控
Venus系統為電極測試提供快速組裝方案，能觀察鋰電池充放電過程中，鋰枝晶形成的過程，也能測試能源電池的導電漿料(銀/鋁膠)，徹底顛覆了導電漿料製造商的研發、用料、及製程質量控制。
特點
- 多功能:可同時進行流體輸送、溫度控制與電流控制以滿足客戶達成複雜實驗的需求
- 兼容性高:可以將任意的電池極片放置於FlowVIEW的載台內來進行實驗的測試
- 操作簡單:FlowVIEW已經將最複雜的電極、線路與pin設計在我們的載台內部，客戶只需要將要觀測的樣品與液體放入載台後即可觀測，可於5分鐘之內完成
Flow AOI 流體自動光學檢測
以自主研發AI人工智慧分析軟體，有效進行產線上原料影像辨識以及汙染物預判，協助節省研發人力與時間成本、提高產線效率，使液態材料的選擇更加廣泛。除運用在半導體先進製程，也廣泛應用於生醫藥及能源電池產業。
特點
- 光學客製化服務:於真空環境創造大氣環境下進行液態樣品電子束檢測，透過奈米可視化載台與微流體晶片，協助客戶進行各式各樣的液態樣品高解系度檢測
- 流體系統整合:流體系統控制與整合客製化服務
- 感測、測量:流體相關感測元件與校正服務
- 軟體分析:影像辨識與分析軟體
- 自動化:全自動化分析與客製化服務
