LTB激光诱导击穿光谱系统-LIBSLab系列-参数-价格-中国粉体网

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LIBS作为分析测试领域一颗冉冉升起的新星，其实时在线检测，快速，免样品制备等独有特点，使其日益为科研及工业界广泛关注。

LTB作为LIBS领域拥有顶尖硬能力的专业制造商，从2002年起致力于LIBS在科研与工业领域的实践，至今已有15年的历史，LTB可以为科研及工业领域提供完整的LIBS系统，这就是

LIBSLab家族；LIBSLab针对各种不同的LIBS(LIBS&RAMAN)应用领域提供十五个子系列，上百种特别优化的完整LIBS系统专业解决方案

Echelle Spectrometers LIBS Chambers Lasers Software

? LIBSLab家族提供的完整的LIBS系统，包含：中阶梯光谱仪+LIBS专用样品室+脉冲激光器+光谱分析软件；与此同时LTB还提供高速（高频）LIBS系统，双脉冲LIBS系统，DUV双脉冲LIBS系统，准分子LIBS系统，超快LIBS系统，显微LIBS系统，显微微脉冲LIBS系统，远程LIBS系统，Femto filamentation LIBS系统，LIBS&RAMAN系统。

? LIBSLab系统拥有业界顶尖的光谱分辨精密度及精确度：高达亚皮米级别，胜任*复杂的LIBS研究（如锕系，镧系（稀土）元素LIBS分析，同位素光谱分析）；**时间分辨能力高达500ps适用于在微纳秒时间尺度的原子分子动力学研究；拥有业界**的探测灵敏度，适用于痕量元素，LIBS不敏感非金属元素痕量探测；**空间分辨精度可达2μm，甚至更高；提供mapping功能及定量软件环境；提供可编程软件环境，使用户方便完成自动测试；LIBSLab提供各种激光光源及样品室配置以满足不同应用。

LIBSLab 系列- LTB激光诱导击穿（LIBS ）光谱系统

The most powerful and professional LIBS System from Germany，Top level precise and accurate in frequency/time domain

LIBSLab根据不同的应用我们会针对光谱仪，激光光源及样品室进行不同的专业优化及方案匹配，具体配置根据客户应用需求有十五大系列，上百种配置。下表是各系列的简述。

LTB Laser Spectroscopy(LIBS，RAMAN) System
	Model Series	Range	Scheme	Resolution (λ/Δλ)	Resolution(pm)	Time resolve power	Mini Analysis spot	Laser wavelength	Pulse energy	Collection optics
S01	LIBSLab-I	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	300μm	1064nm	40mJ(Up to 650mJ Optional)	Ellipsoid Mirror
S02	LIBSLab-II	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	50μm	266nm	6mJ(Up to 90mJ Optional)	Ellipsoid Mirror
S03	LIBS-Micro-I	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	2μm	263nm	6mJ，8ns，10Hz	Microscope Objective
S04	LIBS-Micro-I-337	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	10μm	337.1nm	0.2mJ，3ns，20Hz	Microscope Objective
S05	LIBS-Micro-II	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	2μm	266nm	0.8mJ，M2<3，2ns，50Hz	Microscope Objective
S06	LIBS-Micro-II-HR	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	5μm	532nm	12.5mJ，10ns，100Hz	Microscope Objective
S07	LIBS-Remote	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	-	1064nm	TEM₀₀ 650mJ	Cassegrain Telescope
S08	LIBSLab-Dual	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	300μm	2x1064nm	100mJ，10Hz	Ellipsoid Mirror
S09	LIBSLab-Dual-532	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	300μm	2x532	50mJ，10Hz	Ellipsoid Mirror
S10	LIBSLab-Dual-266	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	50μm	2x266	15mJ，10Hz	Ellipsoid Mirror
S11	LIBSLab-193	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	50μm	193nm	10mJ，5ns，300Hz	Ellipsoid Mirror
S12	LIBSLab-Femto-I	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	8μm	1030nm	100MW，400fs，100kHz	Microscope Objective
S13	LIBS-Femto-II	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴	Down to 2ns⁵	8μm	800nm	4mJ，50fs，100kHz	Microscope Objective
S15	LIBS&RAMAN	180~1090nm²	Echelle¹	Up to 48000³	Down to 5.3pm@253.652nm⁴RAMAN resolution:0.7cm^{-1 *}	Down to 2ns⁵	2μm	266nm633nm	0.8mJ，M2<3，2ns，50Hz50mw@633nm SLM⁶	Microscope Objective
	Note:
1	4 series，hundreds setups available:ARYELLE150/200/400/Butterfly，the definite setup would according your specific application
2	Would optimize according different application
3	Would optimize according different application
4	Related with different setups，42pm~1.3pm@253.652nm possible;On condition of resolution better than 10pm，Hg253.652 would not be suitable for test;We would suggest SLM laser
5	2ns，5ns，50ns，100ns possible;EMICCD，ICCD，ICMOS，EMCCD，sCMOS，Scientific CCD would be the possible choice
6	single longitudinal mode laser，488nm，532nm，785nm possible
*	4cm^-1~0.13cm^-1 possible，not nominalvalue or pixel value