Crystal系列连续激光器

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品牌：Crystalaser \uHC9}0  
特色： t8RtJ2;  
波长473nm-1342nm，功率高达3W ]vf_4QW=  
低噪音、单纵模、超稳定 z{3`nd,  
优异的光束指向稳定性与功率稳定性 (enr{1  
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自由空间出射、光纤耦合出射 $)*qoV  
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拉曼光谱、激光雷达、荧光光谱、共聚焦显微分析、种子激光、干涉、神经生物学、光镊、流式细胞学 t"Du  
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1、473 nm Blue Lase tLKf]5}f  
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G!VEV3zT   Wavelength D6lzcf   CW output, mW 8zMGpY#         Low noise option uzQj+Po   Transverse mode 02EX_tt),   Beam diameter (1/e2) mQVlE__ub   Beam divergence bJPKe]spJ=   Output stability, rms h(kPf]0   Beam point stability ;rL>{UhG   Polarization ratio }~LGq.H   Longitudinal mode ~c v|,       SLM available /Zs_G=\>   Spectrum linewidth pvsY 0a@4   Operating temperature

56YqY u.   473 nm j9c:SP5   150, 100, 75, 40, 25, 10, 5; Noise <3%(1Hz-5kHz) Y*9 vR~#H   70, 50, 25 mW; Noise <0.5%(1Hz-50MHz) Fp?M@   TEMoo, M2<1.2 sQ\HIU%]   0.25 mm =W')jKe0   3 mrad }#.OJub   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs M3UC9t9]   +/-0.005 mrad/C ?r|iZKa   > 50 : 1 .I|b9$V   2-4 longitudinal modes V1Ft3Msq   Single longitudinal mode with >100m coherence length 93Gj#Mk   0.1 nm, nominal;         SLM version: < 10-5 nm Z/ml,4e   10 to 35 degree C

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2、CW Green Laser bO$KV"*!  
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|#t^D.j   Laser wavelength, nm 4J'0k<5S   Laser Crystal ?2o+x D2   Output power, mW \5N\NN @J   Output stability, rms eCJtNPd   Noise, rms ;xh.95BP`   Transverse mode 9qi|)!!L   Beam diameter (1/e2) gZ>&cju   Beam divergence 0;1O;JRw   Beam point stability %! S jbh   Polarization )X*_oH=   Operating temperature 'p!&&.%   Operating voltage qldm"Ul   Warm-up time pdN8hJ   Power consumption  7a_u=\,   Size of laser head +#>nOn(B   Size of power supply vfT @;`   Expected laser life time

Xeja\5zB   532 nm   (515 nm 523, 527, 542, 555, 561, 593 nm available) {LKW%G7   Nd:YAG, Nd:YVO4 7ko}X,aC   1000, 500, 300, 200, 150, 100, 75, 50, 25, 10, 5 LhF;A~L   <2% over 8 hrs;  Ultra stable option: <0.25% over 24 hrs _W Hi< ,-   <0.5%, 10Hz - 50MHz, for S- and L-version lasers sjLm-pn3   TEMoo, M2<1.1 qOD^P   0.36 mm (2X beam expander, beam size 0.7 mm) Mf5*Wjz.Mc   2 mrad (with a 2X beam expander, divergence 1 mrad) 2b\h@VJt   +/-0.005 mrad/C H Ydt3GtJ?   Linear; Polarization ratio > 50:1; or >100:1 option k;Qm%B   10 to 35 degree C vfDX~_N   90-250 VAC or 9-24 VDC 'SE5sB   1 minute 5<KBMCn   15 W 6R3/"&P(/#   3 x 3 x 12 cm with a fixed 6 mm thick base plate o@$pyU8   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm Wl&6T1A`"   >10,000 hours (MTBF)

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3、Orange Yellow Laser and Yellowish Green Lasers BU
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Y2uy@j*N   Wavelength, nm FFVh~em{   Output power, mW KCa@0     SLM and Low noise output J8@bPS27q   Transverse mode |gk"~D   Beam diameter (1/e2) {vd+cE   Beam divergence j}}as   Output stability, rms MnY}U",    Beam point stability G!F_Q7|-   Polarization nH?#_ 5F1   Longitudinal mode !_>/ r   Spectrum linewidth ?56; <%0   Operating temperature 7O=7lQ   Operating voltage bV)h\:oC   Warm-up time Y!u">M#@   Power consumption G&N),wsNZK   Size of laser head |BbrB[+ v[   Size of power supply zU|'IW&   Expected life time

vHymSU/J   561 (available wavelengths 593, 589, 558, 555, 542,532,527, 523) rUB67ok*   500, 200, 100, 50, 25, 10mW; Noise <2% (1Hz-10kHz) ZOJ7^g   150, 100, 75, 50, 25, 10mW; Noise <0.5% (1Hz-100MHz) bC&xN@4   TEMoo, M2<1.1 XS0NjZW   0.36 mm (2X beam expander, beam size 0.7 mm) @, z4{B   2 mrad (with a 2X beam expander, divergence 1 mrad) 9 M[    <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs WH+Sd   0.005 mrad/degree C (iO/@iw   Linear; Polarization ratio > 50:1; or >100:1 option gHvkr?Cg   SLM laser: single; Standard version laser: several longitudinal modes B]#iZ,Tp   0.15 nm, nominal kI*f}3)Y   10 to 35 degree C Es:oXA   90-250 VAC or 9-20 VDC y.Yni*xt/   1 minute G>2: WQ/   15 W `g}en%5b\   3 x 3 x 12 cm with a fixed 6 mm thick base plate ;ejtP #$   AC: 5x14x15 cm (2x5x6 inch)   DC: 3.5x8.5x12.7 cm ^S(["6OJ(   > 10,000 hours

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4、DPSS Red Laser =\jPnov!  
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'yAHB* rQR   Wavelength +\ B.3%\-   Output power, mW .uo:fxbd2       SLM laser output Eds{-x|10   Transverse mode S)@) @3   Beam diameter (1/e2) N2EX`@_2   Beam divergence {*qz<U>   Output stability, rms M ~6k[ew   Beam point stability Zdu8axK:   Polarization (=D^BXtH|   Longitudinal mode $olITe"$g       SLM version 7/c9azmC   Spectrum linewidth >D$NEO^   Amplitude noise, rms |0N1]Hf   Operating temperature q9m-d-!)   Operating voltage rgrsNr:1   Warm-up time X&Pj   Power consumption p( [FZ   Size of laser head `SESj)W(y   IlP@a[:_   Size of power supply X;p4/ *U   Expected life time

HNL;s5gq   656.5 nm          660 nm           671 nm x4S0C[k   250, 200, 100, 50, 35, 25, 10 kD4J{\   25 mW             25 mW          250 mW ~VO?PfxZ   TEMoo, M2<1.1 \]p[DYBY#   0.35 mm ^Ea^t.c}_   3 mrad q+Qrc]>-f   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs \kksZ4,   +/-0.005 mrad/K UYOR@x #   Linear; Polarization ratio > 50:1; or >100:1 option mwqe@7   Several longitudinal modes with coherence length 1 - 5 mm E\=23[ 0   Single longitudinal mode with > 300 meters coherence length 9|LV x3]   0.1 nm, nominal;        SLM version: < 10-5 nm !PY.FnZ   <1%, 1Hz-10kHz;      SLM version: <0.5%, 1Hz-20MHz RVe UQ%   10 to 35 degree C 8G p%Q   90-250 VAC or 9-20 VDC ^U@Erc#d   2 minutes j[YO1q*   15 W b+ v!3|   3 x 3 x 12 cm with a fixed 6 mm thick base plate y@Ga9bI7   or 3.6x7x18.5 cm (HxLxW) for 200 mW lasers >_um-w#C   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm ]$a,/Jt   > 10,000 hours

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5、CW Infrared Laser 095ZZ20  
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"G @(AE(   Wavelength, nm TYh_uox6   Max TEMoo output B[6y2+6$0   Max SLM output option aJ}Cqk   Available output option j; )-K 3Ia   Transverse mode z>./lu\   Beam diameter (1/e2) _^pg!j[Fy}   Beam divergence 9zK5Y+!   Output stability, rms )'gO ?cN   Beam point stability !9JK95;   Polarization plane -&\?Q_6   Polarization ratio dKwY\)\   Amplitude noise, rms _;].   Wavefront distortion Yy:Q/zwo   Longitudinal mode [>tyx{T Ye         SLM version \a6knd   Spectrum linewidth G_UxR9Qo         SLM version h q &2o   Operating temperature XQ]5W(EP   Operating voltage ;F!wyTF>}   Warm-up time DsP FBq   Power consumption 6~j.S "   Size of laser head K1K3s<y+   O*7Gl G   Size of power supply #RwqEZ   Expected life time

^Q$U.sN?R   1064    1053/1047     1342      1313 / 1319 / 9461030 d,9YrwbD   3 W          2.5 W            1.5 W           1 W             300 mW SXx2    1 W          200 mW         300 mW        200 mW        200 mW fhZD#D   3W, 2.5W, 2W, 1.5W, 1W, 700, 500, 300, 100, to <20 mW 1"Z61gXrz   TEMoo, M2<1.1 f}1R,N_fC   0.45 mm; 2x-9x beam expander option available (X"WEp^Q{I   3.6 mrad; Option: a 4x beam expander reduced to <1 mrad L3g}Z1<!$   <1% over 2 hrs; Ultra-stable option: <0.25% over 24 hrs z"C+r'39d=   +/-0.005 mrad/deg C ZiS<vWa3R   1064,1047,1342 nm horizontal; 1053,1313,1319,946 nm vertical ua]>0\D   >100:1 b8@gv OB   < 1%, 10Hz - 1MHz c_xo6+:l   < l/10 }.UE<>OX   Several longitudinal modes with coherence length 1 - 5 mm aI6fPQe   Single longitudinal mode with >300 meters coherence length T]%:+_,   0.3 nm, nominal; 0.1nm / 0.05nm narrow linewidth option 3K57xJzK   < 10-5 nm HjO-6F#s   10 to 35 deg C l}$Pv?T,2   90-250 VAC or 9-24 VDC ag$mc8-p[   1 minute aQK>q. t   15 W, typical z5G$'   3 x 3 x 12 cm with a fixed 6 mm thick base plate, or 62 biOea   3.6x5x18 cm / 3.6x7x20 cm (HxWxL) for high output lasers pv2u.qg5z   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm V@ xlm h,   > 10,000 hours