Crystal系列连续激光器

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品牌：Crystalaser |x}&wFV  
特色：  T!O3(  
波长473nm-1342nm，功率高达3W _
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低噪音、单纵模、超稳定 & t@  
优异的光束指向稳定性与功率稳定性 Hr_x~n=w  
风冷 $4fjSSB~  
TTL调制 &nY2u-Q  
自由空间出射、光纤耦合出射 r]K
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应用：     tL 9e~>,`  
拉曼光谱、激光雷达、荧光光谱、共聚焦显微分析、种子激光、干涉、神经生物学、光镊、流式细胞学 .Jnp{Tet  
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1、473 nm Blue Lase ]'z^Kt5S  
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O,z%7><   Wavelength Yru1@/;   CW output, mW s C'A_-'         Low noise option ;/]c^y   Transverse mode H#d! `   Beam diameter (1/e2)  I$sm5oL   Beam divergence ~wQ WWRk   Output stability, rms Wg3WE1V   Beam point stability YfYL?G   Polarization ratio S4AB tKG   Longitudinal mode W(3~F2       SLM available 6!Ap;O^*   Spectrum linewidth Y$DgL h   Operating temperature

'$&(+>)z`   473 nm laIC}!   150, 100, 75, 40, 25, 10, 5; Noise <3%(1Hz-5kHz) ?f %DVK d   70, 50, 25 mW; Noise <0.5%(1Hz-50MHz) S7~l%G>]b   TEMoo, M2<1.2 "NI>H O.U   0.25 mm 6T aT_29   3 mrad bKbpI>;[   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs gB'Ah-@,P   +/-0.005 mrad/C MLDg).5   > 50 : 1 c^/?VmCQ}   2-4 longitudinal modes k>@^M]%   Single longitudinal mode with >100m coherence length 'c\TMb.   0.1 nm, nominal;         SLM version: < 10-5 nm bTYP{x~ y   10 to 35 degree C

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2、CW Green Laser 7|?@\ZE  
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_-2n3py   Laser wavelength, nm 'm.XmVZL%   Laser Crystal 9kiy^0 7 G   Output power, mW 4%.2=   Output stability, rms +,w| &y   Noise, rms 5~TA(cb5   Transverse mode `x^,k% :4   Beam diameter (1/e2) loVvr"&g   Beam divergence V?pO~qo   Beam point stability ##\ZuJ^-   Polarization \7?MUa.4   Operating temperature x@(f^P   Operating voltage rsj}hS$   Warm-up time 1OGv+b)   Power consumption ~.=!5Ry   Size of laser head {xx;zjt%}}   Size of power supply wOl-iN=   Expected laser life time

0a-:x4   532 nm   (515 nm 523, 527, 542, 555, 561, 593 nm available) z Clm'X/   Nd:YAG, Nd:YVO4 ml \yc'   1000, 500, 300, 200, 150, 100, 75, 50, 25, 10, 5 g?Ty5~:lq   <2% over 8 hrs;  Ultra stable option: <0.25% over 24 hrs :jp$X|   <0.5%, 10Hz - 50MHz, for S- and L-version lasers Bc,z]   TEMoo, M2<1.1 17i@GnbNb   0.36 mm (2X beam expander, beam size 0.7 mm) i3!$M/_]   2 mrad (with a 2X beam expander, divergence 1 mrad) 3cQmxp2*   +/-0.005 mrad/C ue2nfp   Linear; Polarization ratio > 50:1; or >100:1 option }U1{&4Ph   10 to 35 degree C H[yLlv   90-250 VAC or 9-24 VDC -m-WUox4"   1 minute /9^0YC;Y*   15 W DY27'`n6   3 x 3 x 12 cm with a fixed 6 mm thick base plate :fQ*'m,   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm B_G7 F[/K   >10,000 hours (MTBF)

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3、Orange Yellow Laser and Yellowish Green Lasers GM92yi!8  
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v~=ol8J B   Wavelength, nm n8ya$bc   Output power, mW yc}t(*A5     SLM and Low noise output Q%h o[KU   Transverse mode I!#^F1p1   Beam diameter (1/e2) p;01a   Beam divergence oW9rl]+   Output stability, rms ]8z6gDp   Beam point stability U9OF0=g   Polarization cjpl_}'L:   Longitudinal mode YZJP7nN   Spectrum linewidth )y Y;%   Operating temperature eW<hC(   Operating voltage Ct33S+y   Warm-up time =l_"M   Power consumption M:M<bz Vu   Size of laser head ~hX'FV   Size of power supply =jHy6)6w   Expected life time

QrA+W\=_`y   561 (available wavelengths 593, 589, 558, 555, 542,532,527, 523) $~\qoW<   500, 200, 100, 50, 25, 10mW; Noise <2% (1Hz-10kHz) eT?LMBn\   150, 100, 75, 50, 25, 10mW; Noise <0.5% (1Hz-100MHz)  8eLL   TEMoo, M2<1.1 >,1LBM|0u   0.36 mm (2X beam expander, beam size 0.7 mm) h2snGN/{Hb   2 mrad (with a 2X beam expander, divergence 1 mrad) t`{Fnf   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs f>PU# D@B   0.005 mrad/degree C Q)8t;Kx    Linear; Polarization ratio > 50:1; or >100:1 option (\ %y)   SLM laser: single; Standard version laser: several longitudinal modes p.olXP   0.15 nm, nominal PUArKBYM-   10 to 35 degree C $cCB%}   90-250 VAC or 9-20 VDC yh!vl&8M   1 minute 14zzWzKx   15 W HN)QS5   3 x 3 x 12 cm with a fixed 6 mm thick base plate osI(g'Xb   AC: 5x14x15 cm (2x5x6 inch)   DC: 3.5x8.5x12.7 cm ,iy    > 10,000 hours

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4、DPSS Red Laser jz0\F,s  
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Z2 4 m   Wavelength p:))ne:7   Output power, mW Aed"J5[a       SLM laser output aKO@_R,:   Transverse mode F*H}5yBp_:   Beam diameter (1/e2) QkAwG[4   Beam divergence sq$|Pad[   Output stability, rms c^%k1pae(   Beam point stability 5#PhaVc   Polarization ,j<"~"] =   Longitudinal mode I'h QbLlG       SLM version f|)t[,c   Spectrum linewidth a4YyELXe   Amplitude noise, rms /0(KKZ)   Operating temperature Y@eUvz   Operating voltage yuBBO:\.   Warm-up time }vIm C [   Power consumption 95/C4q   Size of laser head i:72FVo   lNw?}H   Size of power supply I 3PnyNZ   Expected life time

=G :H)i   656.5 nm          660 nm           671 nm V"XN(Fd^   250, 200, 100, 50, 35, 25, 10 YoA$Gw2   25 mW             25 mW          250 mW -M}iDBJx>#   TEMoo, M2<1.1 mLO6`]p{H   0.35 mm I(SE)%!%S   3 mrad oxZ(qfjS   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs WP9=@X Z   +/-0.005 mrad/K l(W3|W#P   Linear; Polarization ratio > 50:1; or >100:1 option Yaqim<j   Several longitudinal modes with coherence length 1 - 5 mm dmne+ufB   Single longitudinal mode with > 300 meters coherence length fx},.P=:*   0.1 nm, nominal;        SLM version: < 10-5 nm Uan;}X7@   <1%, 1Hz-10kHz;      SLM version: <0.5%, 1Hz-20MHz q!4dK4`#5   10 to 35 degree C 4 m:E:zVn   90-250 VAC or 9-20 VDC =v8q   2 minutes <Coh &g_   15 W yI)2:Ca*   3 x 3 x 12 cm with a fixed 6 mm thick base plate w# ['{GL   or 3.6x7x18.5 cm (HxLxW) for 200 mW lasers [@czvPi   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm 3h&s=e!   > 10,000 hours

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5、CW Infrared Laser (iFhn*/ E  
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Y]PZ| G)   Wavelength, nm OA;L^d   Max TEMoo output _]g6 3q   Max SLM output option n"JrjvS   Available output option VQyDd~Za   Transverse mode J{Jxb1:c   Beam diameter (1/e2) WG,{:|!E   Beam divergence Yi:+,-Fso   Output stability, rms 6m9Z5:xG   Beam point stability .Kx5Kh{   Polarization plane Rs dACP    Polarization ratio (+@H !>r$$   Amplitude noise, rms <q|19 fH-5   Wavefront distortion iiu\_ a=0b   Longitudinal mode Q["}U7j         SLM version R[b?kT-%   Spectrum linewidth L(L;z'3y         SLM version L_(|5#IDw   Operating temperature \*7Tj-#   Operating voltage I'" ;   Warm-up time .._wTOSq   Power consumption %}@^[E)   Size of laser head CzgLgh;:T   wS4zAu   Size of power supply : v]< h   Expected life time

g)zy^aDf   1064    1053/1047     1342      1313 / 1319 / 9461030 q8U]Hyp(`   3 W          2.5 W            1.5 W           1 W             300 mW z;-2xD0&U[   1 W          200 mW         300 mW        200 mW        200 mW a}yJ$6xi   3W, 2.5W, 2W, 1.5W, 1W, 700, 500, 300, 100, to <20 mW Gc>\L3u   TEMoo, M2<1.1 j=7]"%   0.45 mm; 2x-9x beam expander option available W ];4P=/   3.6 mrad; Option: a 4x beam expander reduced to <1 mrad B!:(*lF   <1% over 2 hrs; Ultra-stable option: <0.25% over 24 hrs u{si   +/-0.005 mrad/deg C \ZA%"F){   1064,1047,1342 nm horizontal; 1053,1313,1319,946 nm vertical tw;`H( UZ^   >100:1 1\1o65en   < 1%, 10Hz - 1MHz (t <Um Vd   < l/10 1:-$mt_*   Several longitudinal modes with coherence length 1 - 5 mm f@ySTz;u   Single longitudinal mode with >300 meters coherence length %FwLFo^v   0.3 nm, nominal; 0.1nm / 0.05nm narrow linewidth option -" DI,o   < 10-5 nm VB Ce=<   10 to 35 deg C J &c}z4   90-250 VAC or 9-24 VDC r8mE    1 minute Es?~Dd   15 W, typical P S>k67sI   3 x 3 x 12 cm with a fixed 6 mm thick base plate, or UXd\Q''   3.6x5x18 cm / 3.6x7x20 cm (HxWxL) for high output lasers aFLm,   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm ~q<UE\H   > 10,000 hours