LEICA 顯微鏡系統
LEICA 雷射掃描共軛焦顯微鏡
.LEICA TCS SP8 光譜式共軛焦顯微鏡系統
.LEICA TCS SP8 共軛焦技術與應用
.LEICA HyD 共軛焦光譜偵測器
.LEICA TCS SP8 DLS 共軛焦-光層切片掃描螢光影像系統
.ANDOR DSD Confocal system
.Yokogawa Spinning disk confocal
LEICA 超解析顯微影像系統
Hamamatsu 數位玻片掃瞄系統
ASI 染色體與病理切片分析系統
CherryTemp超高速瞬間溫控檯
Tomocube 無螢光標記活細胞全息影像系統
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顯微鏡自動化與相關設備
影像控制分析軟體
顯微操作注射與組織切割系統
半導體及工業用顯微鏡
古物修護鑑識設備
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首頁 > LEICA 雷射掃描共軛焦顯微鏡 > LEICA TCS SP8 光譜式共軛焦顯微鏡系統
LEICA TCS SP8
今日的 TCS SP8 系統整合最新的共軛焦光學技術, 已開創出無限的使用價值, 邁向 Super-resolution Microscopy 的領域 ! 推出光學科技的創新顯微鏡系統, 如 gated STED, STED, STED CW,  GSDIM ( SR GSD ), TCS SP8 CARS  ..... 等, 我們深信結合美嘉, 徠卡, 以及卓越的您, 絕對可以再創Super-resolution Microscopy 的新世代高峰.

TCS SP8 基本擴充包括
TCS SP8 X ( While light laser )
TCS SP8 MP ( Multi-Photon laser system ) - Fixed stage Microscope
.





2012 全新設計 ! TCS SP8 具有四個獨立的雷射光路輸入口 ( UV, VIS, IR, STED ), 五個可調的光譜偵測器 ( Spectral Detector )., 全世界的最佳共軛焦掃描器設計. 可切換使用於正立或倒立顯微鏡.








創造用戶的卓越影像品質, 實現生命的探索, 一直以來, 都是 LEICA TCS-雷射掃描共軛焦顯微鏡系統所追求的. 在德國的研發中心, 許多科學家, 都一直在尋求具有使用價值的創新光學技術, 匯聚在 TCS SP8 上. 正因如此, 你會發現,  TCS SP8 是一高階影像平台, 從這裡, 你可延升到超解析影像系統 ( Superresolution ), 你可以完成超高解晰的影像, 也可以完成高速的動態影像. 更重要的, 所有複雜的工作, 你都可以在最簡單的使用方法上, 快速輕鬆的完成. 我們希望使用者專注在樣品本身, 我們專注在光學儀器的效能 !




每一核心光學技術, 都是 LEICA 的獨家技術 !!! 都是讓您取得更高品質的影像, 都是讓你完成更複雜的實驗工作, 取得你所需要的結果. ( 請觀看 TCS SP8 影片 - Youtube )






























Objective Type Feature Advantage Benefit
CS2 objectives      
  superior color correction over the whole field of view Superior lateral and axial colocalization even closer to the edge of the field, larger field usable for superior confocal results High image quality
Saves time
  optimized for new UV correction UV correction is more stable, easier to adjust, less parts Saves money
  dedicated objective for 355 nm excitation with excellent color correction over complete visible range down to 355 nm excellent lateral and axial colocalization even for excitation with 355 and 633 nm High image quality
Saves time
  Large free working distance Space for larger sample containers, easier handling, working distance not limiting penetration depth Saves time
  High NA Best possible resolution High image quality
motCORR(TM) objectives    
  motCORR objectives are based on PL APO optics Superior color correction and field flatness High image quality
  Motorized correction collar Fast adjustment to optimal imaging conditions Saves time
  Precise adjustment to optimal imaging conditions Saves time
  High image quality
  Robust motor Reliable adjustment for thousands of turns Saves money
  Software control, remote control via control panel Simplified workflow Saves time
  Shorter learning curve Saves time
  No perturbation of specimen during movement of correction collar Saves time
  Easy access even with incubator, AFC and other equipment Saves time
  Settings can be stored and recalled in the software Saves time
  Prepared for use with Water Immersion Micro Dispenser Constant water supply for water immersion objectives during longterm experiments Saves time
IRAPO objectives      
  transmission >85% from 470-1200 nm efficient IR excitation, efficient detection of emitted photons in VIS
results in brigher images, reduces need for high laser powers
proects sample, saves time and money
better results from deeper tissue sections
  color correction in infrared up to 1300 nm minimizes axial shift of different IR excitation wavelengths, i.e. fromm OPO and Ti:Sa, better colocalization and localized photomanipulation better results, prestige
  high NA water immersion objectives high NA focuses laser beam in small focal spot, resulting in high multiphoton excitation efficiency, brighter images, and better depth penetration saves time
novel results, prestige
  excellent field flatness large field of view can be used fully at high quality, i.e. without spherical and chromatic aberrations Saves time















LEICA LAS AF3 導航式的軟體介面. 無需使用經驗, 都可輕而以舉的上手 !

列舉光學技術與應用, 設備 的參考表 .........

Method

Application

Solution

CARS

Deep Tissue

Leica SP8 TCS CARS

Live Cell Imaging

Leica SP8 TCS CARS

Label-free Imaging

Leica SP8 TCS CARS

Confocal Imaging

Colocalization Studies

Leica TCS SP8

3d Imaging

Leica TCS SP8

3d Imaging

Leica TCS SP8 HyD

Electrophysiology

Deep Tissue

Leica TCS SP8 MP + CFS

Fast Tracking

Live Cell Imaging

Leica HCS A

FCS

Live Cell Imaging

Leica TCS SP8 SMD FCS

Quantitative Imaging

Leica TCS SP8 SMD FLIM

FLCS

Live Cell Imaging

Leica TCS SP8 SMD FLCS

Quantitative Imaging

Leica TCS SP8 SMD FLIM

FLIM

Live Cell Imaging

Leica TCS SP8 SMD FLIM

Quantitative Imaging

Leica TCS SP8 SMD FLIM

FLIM

Label-free Imaging

Leica TCS SP8 SMD FLIM

FLIM-FRET

Colocalization Studies

Leica TCS SP8 SMD FLIM

FRAP/FLIP/Photoconversion

Live Cell Imaging

Leica TCS SP8

FRET

Colocalization Studies

Leica TCS SP8

High Content Screening

Live Cell Imaging

Leica HCS A

Quantitative Imaging

Leica HCS A

3D Imaging

Leica HCS A

Low Light Imaging

Live Cell Imaging

Leica TCS SP8 HyD

Multiphoton

Colocalization Studies

Leica TCS SP8 MP

Deep Tissue

Leica TCS SP8 MP

Live Cell Imaging

Leica TCS SP8 MP

3D Imaging

Leica TCS SP8 MP

Photon Counting

Quantitative Imaging

Leica TCS SP8 HyD

Spectral Characterization

Label-free Imaging

Leica TCS SP8 X

STED Super-Resolution

Colocalization Studies

Leica TCS SP8 STED

Live Cell Imaging

Leica TCS SP8 STED

3D Imaging

Leica TCS SP8 STED

Super-Resolution

Leica TCS SP8 STED

Super-Continuum Imaging

Live Cell Imaging

Leica TCS SP8 X

3D imaging

Leica TCS SP8 X

Time-lapse

Live Cell Imaging

Leica TCS SP8



Application

Method

Solution

Colocalization Studies

STED Super-Resolution

Leica TCS SP8 STED

Confocal Imaging

Leica TCS SP8

Multiphoton

Leica TCS SP8 MP

FRET

Leica TCS SP8

Deep Tissue

CARS

Leica TCS SP8 CARS

Multiphoton

Leica TCS SP8 MP

Electrophysiology

Leica TCS SP8 MP

Live Cell Imaging

CARS

Leica SP8 TCS CARS

Multiphoton

Leica TCS SP8 MP

Time-Lapse

FLIM

Leica TCS SP8 SMD FLIM

FCS

Leica TCS SP8 SMD FCS

FLCS

Leica TCS SP8 SMD FLCS

High Content Screening

Leica HCS A

STED Super-Resolution

Leica TCS SP8 STED

FRAP

Leica TCS SP8

Super-Continuum Imaging

Leica TCS SP8 X

Low Light Imaging

Leica TCS SP8 HyD

Quantitative Imaging

FLIM

Leica TCS SP8 SMD FLIM

FCS

Leica TCS SP8 SMD FLIM

FLCS

Leica TCS SP8 SMD FLIM

High Content Screening

Leica HCS A

Photon Counting

Leica TCS SP8 HyD

3D Imaging

STED Super-Resolution

Leica TCS SP8 STED

Multiphoton

Leica TCS SP8 MP

Confocal Imaging

Leica TCS SP8

Confocal Imaging

Leica TCS SP8 HyD

High Content Screening

Leica HCS A

Super-Continuum Imaging

Leica TCS SP8 X















Brochures

(PDF, 326.77 K)
(PDF, 3.72 MB)
(PDF, 5.04 MB)



相關連結
LEICA TCS SP8 網站
相關下載
TCS SP8 的 FRAP application note ( PDF )
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