上海埃飛科技
Worldwide Technology(S. H)
上海埃飛科技
Worldwide Technology(S. H)產品展示
納米粒子分析系統
美國Spectradyne公司推出的 nCS1高分辨納米顆粒分析儀為納米粒定量測量提供了一個平臺。測量納米粒時應用電學性質識別混懸介質中的粒子，而無需依賴其光學參數。該儀器可測量單個粒子并整合粒子尺寸與定量濃度的統計數據。這一性能能將nCS1與市面上其他納米分析儀區分開來。
◆ 產品簡介 ◆
美國Spectradyne公司推出的 nCS1高分辨納米顆粒分析儀為納米粒定量測量提供了一個平臺。測量納米粒時應用電學性質識別混懸介質中的粒子，而無需依賴其光學參數。該儀器可測量單個粒子并整合粒子尺寸與定量濃度的統計數據。這一性能能將nCS1與市面上其他納米分析儀區分開來。
◆ nCS1主要特點 ◆
l 電阻脈沖傳感與流體中單個納米粒的尺寸測量
l 一次性微流芯片，避免交叉污染
l 報告粒子尺寸分布與其濃度
l 粒子尺寸：40 nm到微米級
l 濃度范圍：約106-1012個/mL
l zui大粒子檢測速度：約10000個/mL
l 材料類型的納米粒（透明&不透明，導電&絕緣）
l 臺式大小
l 線性電源
l 外形尺寸：330 mm x 330 mm x 380 mm（長x寬x高）
l 重量：14 kg
l 儀器控制接口：USB
◆ 軟件 ◆
l 獨特的信號提取方法
l 線性工藝流程
l 多維數據可視化
l 在一定尺寸范圍內進行快速濃度測量
l 自動粒子分布分析
◆ 微流控芯片 ◆
Spectradyne的nCS1應用一次性納米制備分析微流控芯片。這些微流控設備基于一種納米分析技術：電阻脈沖傳感。該技術在納米粒子逐個通過納米擠壓時對粒子進行電磁檢測。當單個納米粒子通過納米擠壓時會增加混懸液體的電磁阻力，并產生一個短暫的電壓脈沖。脈沖大小與納米粒體積正相關，脈沖的振幅和持續時間決定了粒子粒徑和平均速度。不同大小的微流控芯片應對不同尺寸的納米粒，粒子尺寸范圍可從40 nm到微米級。
◆ 濃度譜密度（CSD）◆
通過軟件分析，將大量粒子粒徑的測量結果做成直方圖，并將縱軸設為納米粒濃度。去除直方圖寬度的依賴，得到濃度譜密度(CSD)單位為particles·mL-1·nm-1。由于nCS1的測量能力，可以在幾秒內就獲得數據。
◆ 材料普適性 ◆
Spectradyne的nCS1可以為任何材料的納米粒提供準確，高效的粒子尺寸和濃度分析。電阻脈沖傳感可應用于不同材料的粒子，例如具有相同尺寸的金納米粒，病毒和脂質納米粒，均可給出相同結果。
◆ 優勢 ◆
Spectradyne的nCS1是一款可提供高分辨尺寸分布和精確濃度測量的臺式技術，其檢測粒徑范圍為40-10000 nm。該儀器僅使用電子傳感，無光學元件，快速計數并測定單個納米粒子的大小，精度達百分之幾。nCS1能夠分析任何類型的納米顆粒，結果精確且具代表性。為基于光學的微粒分析儀提供了一種正交技術。
◆ Product introduction ◆
The nCS1 high-resolution nanoparticle analyzer launched by Spectradyne in the United States provides a platform for quantitative measurement of nanoparticles. When measuring nanoparticles, electrical properties are used to identify particles in a suspended medium without relying on their optical parameters. The instrument can measure individual particles and integrate statistical data of particle size and quantitative concentration. This performance distinguishes nCS1 from other nanoanalyzers on the market.
◆ Main features of nCS1 ◆
l Resistance pulse sensing and the size measurement of a single nanoparticle in a fluid
l Disposable microfluidic chip to avoid cross contamination
l Report particle size distribution and concentration
l Particle size: 40 nm to micron level
l Concentration range: about 106-1012 pcs/mL
l The detection speed of large particles: about 10,000 particles/mL
l Nanoparticles of material type (transparent & opaque, conductive & insulating)
l Desktop size
l Linear power supply
l Dimensions: 330 mm x 330 mm x 380 mm (length x width x height)
l Weight: 14 kg
l Instrument control interface: USB
◆ Software ◆
l Unique signal extraction method
l Linear process
l Multi-dimensional data visualization
l Fast concentration measurement within a certain size range
l Automatic particle distribution analysis
◆ Microfluidic chip ◆
Spectradyne's nCS1 uses disposable nano-fabricated and analyzed microfluidic chips. These microfluidic devices are based on a nano-analysis technology: resistance pulse sensing. This technology electromagnetically detects the particles as they pass through the nano-extrusion one by one. When a single nanoparticle passes through the nano-extrusion, the electromagnetic resistance of the suspension liquid is increased, and a short voltage pulse is generated. The size of the pulse is positively related to the volume of the nanoparticle. The amplitude and duration of the pulse determine the particle size and average velocity. Microfluidic chips of different sizes can cope with nanoparticles of different sizes, and the particle size can range from 40 nm to micrometers.
◆ Concentration Spectral Density (CSD)◆
Through software analysis, the measurement results of a large number of particle diameters are made into a histogram, and the vertical axis is set as the concentration of nanoparticles. After removing the dependence of the histogram width, the unit of concentration spectral density (CSD) is particles·mL-1·nm-1. Due to the measurement capability of nCS1, data can be obtained within a few seconds.
◆ Material universality ◆
Spectradyne's nCS1 can provide accurate and efficient particle size and concentration analysis for nanoparticles of any material. Resistance pulse sensing can be applied to particles of different materials, such as gold nanoparticles with the same size, virus and lipid nanoparticles, all of which can give the same results.
◆ Advantage ◆
Spectradyne's nCS1 is a benchtop technology that provides high-resolution size distribution and accurate concentration measurement, with a detection range of 40-10000 nm. The instrument uses only electronic sensors, no optical components, and quickly counts and determines the size of individual nanoparticles with an accuracy of a few percent. nCS1 can analyze any type of nanoparticles, and the results are accurate and representative. Provides an orthogonal technology for optical-based particle analyzers.
因用于機器人各方面應用且與大多數機器人類型兼容，AutoCal系統可以檢測出機器人自身構造和工具中心點（TCP）的 突然改變或偏離，并且該系統無需人為干涉就自動地更正這些誤差。
AutoCal系統-Dynalog的先進水平校準技術，Dynalog是機器人單元標定技術的世界領導者。它的主流產品DynaCal 系統，被應用于離線的機器人單元校準，并作為最精確的和技術先進的機器人校準程序為許多機器人制造商和終端使用者所接受。AutoCal 系統將已證實的DynaCal校準技術結合到一個在線的全自動系統中，該系統專為程序控制和復原而設計的，價格低廉。
AutoCal系統提供在線的機器人校準方案，旨在快速和自動地保證機械設備的工作性能。因用于機器人各方面應用且與大多數機器人類型兼容，AutoCal系統可以檢測出機器人自身構造和工具中心點（TCP）的 突然改變或偏離，并且該系統無需人為干涉就自動地更正這些誤差。這意味著不用猜測哪里會出錯，不用浪費寶貴時間在機器人程序重復校準上，產品品質無任何損失。
AutoCal系統-Dynalog的先進水平校準技術，Dynalog是機器人單元標定技術的世界領導者。它的主流產品DynaCal 系統，被應用于離線的機器人單元校準，并作為最精確的和技術先進的機器人校準程序為許多機器人制造商和終端使用者所接受。AutoCal 系統將已證實的DynaCal校準技術結合到一個在線的全自動系統中，該系統專為程序控制和復原而設計的，價格低廉。