手持/便携拉曼光谱仪 532/785/1064 nm
高分辨率光纤光谱仪(200nm-1100nm)
背照式高灵敏紫外光谱仪(200nm-1100nm)
背照式制冷高灵敏光谱仪(200nm-1100nm)
大型数值孔径高灵敏度光谱仪(200-1450nm)
高通量近红外光谱仪(900-2500nm)
More
SIMSCOP单点共聚焦显微镜
SIMSCOP线扫共聚焦显微镜
SIMSCOP转盘共聚焦显微镜
SIMSCOP结构光SIM显微镜
SIMSCOP宽场拉曼显微镜
多线连续单模激光器
用于SPAD(APD)测试的TCSPC系统
无掩膜紫外光刻机
多点激光多普勒测振仪 0.1Hz to 5Mhz
OCT成像系统
新品上线
X-ray/XRD 冷热台
光学冷热台
电探针温度台
可调电探针台
拉伸应变温度台
光纤光谱仪 (200nm to 5um)
手持/便携拉曼光谱仪 532/785/1064nm
X射线/极紫外光谱仪 (1-300nm)
高光谱相机 (220nm-4.2μm)
多光谱相机 (400-1000nm)
分光光度计(240-2150nm)
光电倍增管 (PMTs)
可见光单光子探测器(SPD)
红外单光子探测器(SPD)
光电二极管PD(200nm-12um)
热电红外探测器(2-12um)
光电探测器模块
红外光束分析仪(2-16um)
太赫兹光束分析仪(1-18 THz)
扫描狭缝光束轮廓仪(190-2500nm)
光功率计探测器 250-2500nm
功率计控制台
光功率计积分球
电力仪表适配器及附件
1/8m 单色仪/光谱仪
1/2m &1/4m 单色仪/摄谱仪
单色仪配件
过滤器&滤光片轮
LIV测试系统(LD/LED)
激光多普勒测振仪 0.1Hz to 5Mhz
白光干涉仪
光学镀膜CRD反射计
光学测试测量系统
射频测试测量系统
连续尾纤激光二极管(400-1920nm)
连续激光二极管模块 (375-785nm)
连续多波长激光器
DPSS纳秒脉冲激光器
DFB/FP皮秒激光器(370-1550nm)
高功率飞秒固体激光器
纳秒脉冲光纤激光器(1064-2um)
皮秒脉冲光纤激光器 (515nm - 2um)
飞秒脉冲光纤激光器 780nm-2um
CW光纤激光系统(405nm-2um)
连续窄线宽激光器(1530nm-2um)
C波段可调谐激光器(1529 -1567nm)
L波段可调谐激光器(1554 -1607nm)
超级连续光谱光纤激光器(450-2300nm)
飞秒激光放大器 (650 - 2600nm)
短脉冲OPA(650-2600nm)
宽带飞秒激光器(950-1150nm)
掺铒光纤放大器
掺镱光纤放大器
掺铊光纤放大器
光纤拉曼放大器
半导体光放大器 (SOA)
显微镜光源(185-5500nm)
单波长LED光源(240-980nm)
多波长LED光源(240-980nm)
ASE光源 (830-2000nm)
红外光源芯片(2-14um)
光场合成器
中空纤维压缩机
大功率空心光纤压缩机
超高对比度三阶自相关器
相干超宽带XUV光源
用于激光的增强型腔
太赫兹量子级联激光器(1-4.5Thz)
连续红外量子级联激光(3-12um)
连续长波红外量子级联激光(10-17um)
全自动荧光显微镜
SIMSCOP宽场共焦拉曼显微镜
宽带手持式共聚拉曼皮肤分析仪
荧光正置/倒置显微镜
生物正/倒置显微镜
相差正置显微镜
暗视野正置显微镜
偏光正置显微镜
金相正置/倒置显微镜
智能三维体视显微镜
USB数字显微镜-带平台
内置数码显微镜
测量仪
金相显微镜
光学测量仪
平面复消色差物镜
工业计划物镜
生物计划物镜
显微镜CCD相机(VIS-NIR)
显微镜 CMOS 摄像头(紫外一近红外)
UV&NIR 增强型CMOS相机
用于显微镜的高光谱相机
用于显微镜的多光谱相机
显微镜光源
软X射线 BSI SCMOS摄像头(80-1000eV)
UV-NIR sCMOS 相机(200-1100nm)
增强型CMOS相机(200-1100nm)
激光增强管
全帧CCD相机(UV VUS NIR)
全帧CCD相机(VUV EUV X-ray)
全画幅真空CCD相机
大幅面真空CCD相机
显微镜CMOS摄像头(紫外一近红外)
UV&NIR增强型CMOS相机
高清晰度多媒体彩色CMOS摄像头(显示器)
高速线扫描摄像机
大幅面摄像机
高速大幅面摄像机
帧抓取器
热释电红外探测器(2-12um)
红外高温计(-40-3000C)
红外线阵列相机
红外线面振相机
黑体校准源 -15 to 1500°C
短波红外摄像机(SWIR)
中波红外摄像机(MWIR)
长波红外摄像机(LWIR)
自由空间声光调制器(AOM)
光纤耦合声光调制器
声光可调滤波器 (AOTF)
声光Q开关 (AOQ)
声光频移 (AOFS)
相位调制器
用于TCSPC的超快脉冲发生器
多通道单光子计数装置
ID1000定时控制器
电光强度调制器
电光相位调制器
通用脉冲发生器
中高压脉冲发生器
高速脉冲发生器
超高速脉冲发生器
函数发生器
脉冲放大器
脉冲电压
脉冲电流
振幅调制器
教育工具包
TPX/HDPE太赫兹平面凸透镜
离轴抛物面反射镜
太赫兹空心逆向反射器
太赫兹金属反射镜
ZnTe/GaSe太赫兹晶体
太赫兹扩束反射
波片
光隔离器
光学偏振片
光束挡板
分束器立方体
二向色分束器
超薄光束挡板
带通滤波器
拉曼光谱滤波器
激光窄滤波器
FISH过滤器
TIRF显微镜过滤器
FRET显微镜过滤器
激光晶体
非线性光学晶体
双折射晶体
光学晶体
电光晶体
微通道板(MCP)
微通道板组件(MCP)
光纤板(FOP)
微孔光学
X射线准直器
混合纤维组件
光学循环器
滤波器耦合器
直列偏振片/PBC/PBS
WDM/DWDM/CWDM/带通滤波器
FA透镜
变焦镜头
X-ray/XRD 加热和低温台
光学加热和低温台
原位拉伸加热和冷冻台
单轴电动压电载物台
XY电动压电载物台
多轴电动压电载物台
XY显微镜压电载物台
真空无磁压电动台
纳米电动执行器
透镜支架
镜架
过滤器支架
13mm 线性位移台
25mm 线性位移台
旋转和倾斜台
齿条和小齿轮级
垂直轴台
2轴台
固体隔振光学台
固体隔振台
气动光学台
带摆杆的气动光学台
蜂窝式光学电路板
Coherent ultrabroadband XUV light source
Our High-Harmonic-Generation (HHG) setup consists of a vacuum chamber, all necessary KF vacuum
components (incl. pump) and a fully motorized gas jet target. It generates XUV/Soft X-ray pulses through HHG when a (short) femtosecond laser is focused into the gas target. Moreover, single attosecond pulses can be isolated when NEPAL is combined with SAVANNA and our multilayer mirrors. A flexible access
allows quick and easy exchange of the gas jet target. The breadboard inside the chamber is isolated
from environment vibrations to improve the temporal and pointing stability of your experiment. A
feedthrough for noble gas inlet is included to supply e.g. argon, neon or helium for HHG in the spectral
photon range of interest. For example, few-cycle (4-5 fs) 800 nm pulses in neon can generate high
harmonics up to 150 eV (8.3 nm). The final generated high-harmonic spectrum depends on the focused
laser pulse parameters and the used noble gas based on phase-matching conditions.
Key Product Features:
High-quality vacuum chamber in KF technology
Up to 360 µW @ 3 kHz high-harmonic power
Oil-free turbo-molecular pumping system
Typical operating pressure: few mbar down to <10-3 mbar.
Base pressure <10-7 mbar.
Backing pressure in target: 100s mbar up to few bar
Breadboard setup isolated from environment vibrations for
improved temporal and pointing stability
1-50 kHz driver compatible
ISO and KF access ports and viewports
Thin Brewster window for minimal chirp and polarization cleaning.
Gas jet setup for HHG (e.g. attosecond pulse generation). Quick and easy exchange
of the gas target. Replacement gas jet targets can be requested.
Gas jet mounted on a motorized XYZ translation stage
Gas flow control by a locking valve
Footprint 45 x 45 cm2
Ceramic targets for better performance and durability
Gas recycling possible
Left: Inside of NEPAL’s chamber showing the motorized XYZ
translation stage and the gas jet setup for HHG. Vacuum
feedthroughs are used for the electrical connections and the
noble gas supply. Two viewports allow observing the plasma
channel in the gas target and in the chamber interior. The
HHG stability is enhanced by mechanical decoupling of the
gas jet target from the chamber.
(Up to 0.1 µW @ 3 kHz high-harmonic power in neon.)
Right: Generated high-harmonic
spectrum in neon. The spectrum
reaches easily beyond the silicon
2p- edge around 100 eV.
High Harmonic Generation with NEPAL:
The laser beam is focused non-dispersively by a concave mirror into the gas cell filled with noble gas, reaching intensities of
approximately 1013 - 1014 Wcm-2 (for typical state-of-the-art table-top laser systems), where the HHG process takes place
with conversion efficiencies of 10-5 - 10-8. NEPAL is compatible with long and short focal lengths including very short
foci (f ≈ 6 cm). An XUV spectrometer can be mounted directly to optimize the high-harmonic-generation process.
Application - Isolated attosecond pulses:
NEPAL can be used to generate isolated attosecond pulses. In combination with SAVANNA, our hollow-core fiber compressor,
and our in-house XUV/soft X-ray multilayer mirrors, NEPAL can generate isolated attosecond pulses in argon, neon or helium.
The compressed pulses after SAVANNA allow amplitude gating while the mirrors isolate the HHG cut-off, resulting in single
isolated attosecond pulses. The choice of noble gas and pressure is based on the spectral region of interest and the mirror center
energyand bandwidth can be customized based on your experimental (spectral and temporal) requirements.
Differential Pumping Stage (accessories included):
Two-stage differential pumping stage
Vacuum chambers in CF technology
Turbo pumps and pre-pump included
Cold-cathode pressure gauges
Vacuum exit valves and view ports possible
Motorized beam iris for alignment and intensity control
Footprint 60 x 60 cm2
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公司
光谱分析
显微镜
光源和激光
成像相机
光学元件