點擊圖片放大DeSCAN 快速成像雷射共軛焦顯微鏡
DeSCAN 快速成像雷射共軛焦顯微鏡
影像掃描快速，可直接進行縱向掃描與量測。適用於晶圓、半導體、LED材料的表面及內層分析，亦可應用於蛋白質螢光與基因螢光影像分析。
★ 陣列式晶片，快速影像掃瞄系統
★ 長時間影像記錄
★ 縱深掃描與量測
產品特色
- - 適用於所有市售顯微鏡
- - 最高解析度512 × 512 pixel
- - 影像更新速率5 frame/sec (512 × 512 pixel)
- - 可選配共軛焦自動控制狹縫
- - 400nm – 750nm偵測範圍，可選配其他波長偵測範圍
- - 最高可配備2組PMT偵測器
應用
★ 材料表面與內層、晶圓、半導體與 LED 分析
★ 螢光蛋白與基因螢光影像分析
★ 多重螢光影像
★ 3D 立體影像重建
規格：
Laser | 405nm, 470nm, 488nm, 532, nm 561nm, 635nm, 658nm, Selectable source Power control : continuous step ( related driver module) |
Microscope | Compatible to every microscope body. (needed to video port) To combine with every type of commercial microscope: Leica microscope, Zeiss microscope, Nikon microscope, Olympus microscope, Upright and Inverted and etc. |
Scanner type | Two galvanometer optical scanners |
Scan resolution | 128*128 pixel , 256*256 pixel, 512*512 pixel |
Scan speed | 1.5 frame per second ( 512*512 pixel) |
Scan zoom | 1X-16X ( optical zoom) |
Confocal Pinhole | Fixed pinhole, or 16-position motorized pinhole |
Detection range | 400nm-750nm or customizable [PMT] |
Number of detector | Up to 2 , or customizable |
Software | Language : LabView Main function: Operation/ Image processing/ Color merge Line profile/ Histogram |
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Confotec - 3D 掃描雷射拉曼共軛焦顯微鏡 3D Scanning Laser Raman Confocal Microscope Confotec® series MR150
影像掃描快速，可直接進行縱向掃描與量測。適用於晶圓、半導體、LED材料的表面及內層分析，亦可應用於蛋白質螢光與基因螢光影像分析。 Confotec® series是一款多功能緊湊型共軛焦顯微鏡。 MR150是同類產品中最好的拉曼顯微鏡，由於其光譜分辨率，光譜校準精度，通用性以及執行各種拉曼測量的能力，因此在價格/質量標准上得到了最高分。 四種配置變體允許根據您的需求選擇最佳系統解決方案： MR150-SMR，MR150-SR，MR150-S和MR150。 ★ 陣列式晶片，快速影像掃瞄系統 ★ 長時間影像記錄 ★ 縱深掃描與量測 特色 ★ Fully integrated with a standard optical microscope ★ Rigid design, no preadjustment is needed ★ Compact spectrograph with a fixed position of Grating provides high thermal and temporal stability of spectral measurements ★ Nondestructive analysis, no special requirements for sample preparations ★ Two automatic switchable lasers with different wavelengths allow to measure the Raman spectra of the various samples without influence of fluorescence background ★ Two independent imaging spectrometers allow to optimize the spectral range for each of the two installed lasers or achieve an extremely high spectral resolution using Echelle grating in a spectrometer ★ Only some sample areas are located in focus due to limited confocal depth of field. A high-speed reflected unit allows you to quickly find a sample focus areas and to use them for Raman measurements. This provides a significant gain in time and allows you to immediately apply a high numerical aperture objective to record high spatial resolution Raman maps ★ High speed and high spatial resolution panoramic Rayleigh scattering imaging using a galvano-mirror scanner and an automated microscope stage ★ Automatic spectral calibration ★ The whole spectral range at once may be recorded, without the need for scanning and spectrometer tuning ★ Compact spectrograph with a fixed position of Grating provides high thermal and temporal stability of spectral measurements ★ Nondestructive analysis, no special requirements for sample preparations ★ Two automatic switchable lasers with different wavelengths allow to measure the Raman spectra of the various samples without influence of fluorescence background ★ Two independent imaging spectrometers allow to optimize the spectral range for each of the two installed lasers or achieve an extremely high spectral resolution using Echelle grating in a spectrometer ★ Only some sample areas are located in focus due to limited confocal depth of field. A high-speed reflected unit allows you to quickly find a sample focus areas and to use them for Raman measurements. This provides a significant gain in time and allows you to immediately apply a high numerical aperture objective to record high spatial resolution Raman maps ★ High speed and high spatial resolution panoramic Rayleigh scattering imaging using a galvano-mirror scanner and an automated microscope stage ★ Automatic spectral calibration ★ The whole spectral range at once may be recorded, without the need for scanning and spectrometer tuning 規格： The most complete configuration corresponds to the model MR150-SMR, consisting: ★ Microscope with an automated stage ★ Two manually switched lasers: one laser is integrated into the Raman system (473 nm or 532 nm), another one is external (633 nm or 785 nm) ★ Two independent imaging spectrometers in one housing, each of which has a diffraction grating in the fixed position and a CCD detector cooled by the Peltier element ★ X-Y galvanometer scanner ★ Z- piezoscanner ★ Reflected Unit for high speed imaging using Rayleigh scattering from a sample (3 sec / frame, 1001 x 1001 points)
