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Reflective Mirror and Output Coupler at 1064nm
|
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|
Material |
BK7 |
|
Diameter tolerance |
-0.1mm |
|
Thickness tolerance |
0.1mm |
|
Aperture |
>90% |
|
Flatness |
l/4-l
|
|
Dig/scratch |
60-40 |
|
Part number |
Name |
Wavelength |
Dia. |
Thickness |
Remark |
|
LM-1064-D20-T5 |
Mirror |
1064nm |
20mm |
5mm |
0o, flat |
|
LM-1064-D20-T5-A45 |
Mirror |
1064nm |
20mm |
5mm |
45o, flat |
|
LM-1064-D30-T5-A45 |
Mirror |
1064nm |
30mm |
5mm |
45o, flat |
|
LM-1064-D40-T5-A45 |
Mirror |
1064nm |
40mm |
5mm |
45o, flat |
|
LM-1064-D50-T5-A45 |
Mirror |
1064nm |
50mm |
5mm |
45o, flat |
|
LM-1064-D20-T5-R500 |
Mirror |
1064nm |
20mm |
5mm |
0o, plano-concave, R500mm |
|
LM-1064-D20-T5-R1500 |
Mirror |
1064nm |
20mm |
5mm |
0o, plano-concave, R1.5m |
|
LM-1064-D20-T5-R2000 |
Mirror |
1064nm |
20mm |
5mm |
0o, plano-concave, R2m |
|
LM-1064-D25.4-T3-A45 |
Mirror |
1064nm |
25.4mm |
3mm |
45o, flat |
|
LM-1064-54x38-T5-A45-XD |
Mirror |
1064nm |
54x38 |
5mm |
45o, octagon |
|
LM-1064-D20-T5-10% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=10% |
|
LM-1064-D20-T5-R250-10% |
Coupler |
1064nm |
20mm |
5mm |
0o, plano-concave, R25cm, T=10% |
|
LM-1064-D20-T5-15% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=15% |
|
LM-1064-D20-T5-20% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=20% |
|
LM-1064-D20-T5-R2000-20% |
Coupler |
1064nm |
20mm |
5mm |
0o, plano-concave, R2M, T=20% |
|
LM-1064-D20-T5-40% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=40% |
|
LM-1064-D20-T5-50% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=50% |
|
LM-1064-D20-T5-70% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=70% |
|
LM-1064-D20-T5-80% |
Coupler |
1064nm |
20mm |
5mm |
0o, flat, T=80% |
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Name |
Description |
Remark |
|
532nm output coupler |
f10x3mm,
R=50mm |
Plano-concave, HR1064nm, HT532nm |
|
f10x3mm,
R=65mm |
Plano-concave, HR1064nm, HT532nm |
|
f10x3mm,
R=100mm |
Plano-concave, HR1064nm, HT532nm |
|
f20x5mm,
flat-flat mirror |
S1:
HR1064nm, HT532nm
S2:
HT532nm |
|
532nm beam splitter & reflective mirror |
f40x3mm,
R=10% |
|
|
f40x3mm,
R=13% |
|
f40x3mm,
R=15% |
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f40x3mm,
R=20% |
|
f40x3mm,
R=30% |
|
f40x3mm,
R=33% |
|
f40x3mm,
R=50% |
|
f40x3mm,
R=100% |
|
f50x3mm,
R=10% |
|
f50x3mm,
R=13% |
|
f50x3mm,
R=15% |
|
f50x3mm,
R=20% |
|
f50x3mm,
R=30% |
|
f50x3mm,
R=33% |
|
f50x3mm,
R=50% |
|
f50x3mm,
R=100% |
|
532nm beam splitter & reflective mirror |
f40x3mm,
R=10% |
|
|
f40x3mm,
R=13% |
|
f40x3mm,
R=15% |
|
f40x3mm,
R=20% |
|
f40x3mm,
R=30% |
|
f40x3mm,
R=33% |
|
f40x3mm,
R=50% |
|
f40x3mm,
R=100% |
|
f50x3mm,
R=10% |
|
f50x3mm,
R=13% |
|
f50x3mm,
R=15% |
|
f50x3mm,
R=20% |
|
f50x3mm,
R=30% |
|
f50x3mm,
R=33% |
|
f50x3mm,
R=50% |
|
f50x3mm,
R=100% |
Remark:
1. Regarding
f50x3mm,
50 means diameter, 3 means thickness, unit is mm.
2. Regarding
R=10%, R means reflectivity and unit is %.
3. Regarding
T=10%, T means transmittance and unit is %.
4. Regarding
R=50mm, R means radius of curvature and unit is mm.
5. HR1064nm
means high reflectivity at 1064nm (>98%).
6. HT532nm
means high transmittance at 532nm (>98%).
7. Plano-concave
means that one surface is flat and another surface is concave. |
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Resonator Mirrors of Diode End-pumped Lasers |
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|
Part Number |
Name |
Dia. |
thk |
Remark |
|
LM-DPSS-D20-T5-HT808-HR1064 |
Rear mirror |
20mm |
5mm |
0o, flat, HT@808nm,
HR@1064nm |
|
LM-DPSS-D10-T3-HT808-HR1064 |
Rear mirror |
10mm |
3mm |
0o, flat, HT@808nm,
HR@1064nm |
|
|
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|
Resonator Mirrors of SHG Lasers |
|
|
|
Part Number |
Name |
Dia. |
thk |
Remark |
|
LM-SHG-D20-T5-HR1064-HR532 |
Rear mirror |
20mm |
5mm |
0o, flat, HR @
1064nm &
532nm |
|
LM- SHG-D20-T5-HR1064-HT532 |
Output coupler |
20mm |
5mm |
0o, flat, HR @
1064nm &
HT
@
532nm |
|
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|
Si Mirrors |
|
Silicon mirrors in a huge range of sizes are available,
with a selection of different coatings to suite you application.
l Advanced
manufacturing methods
l Latest
ultra-low absorption coatings
l Highest
quality substrates
|
Part No. |
M |
Dia
mm |
ET
mm |
A
deg |
T
% |
R
% |
S2 ROC
m |
Coating |
|
LM-SI-5.9SIS4-03 |
Si |
15 |
4 |
45 |
3 |
99.93 |
3 |
SuperMax |
|
LM-SI-7.5SID2-00 |
Si |
19 |
2 |
45 |
0 |
99 |
flat |
SiDual |
|
LM-SI-7.5SIS3-00 |
Si |
19 |
3 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-7.5SIS3-05 |
Si |
19 |
3 |
45 |
0 |
99.93 |
5 |
SuperMax |
|
LM-SI-7.5SIS3-07 |
Si |
19 |
3 |
45 |
0 |
99.93 |
7 |
SuperMax |
|
LM-SI-7.5SIS4-05 |
Si |
19 |
4 |
45 |
0 |
99.93 |
5 |
SuperMax |
|
LM-SI-7.5SIS5-075 |
Si |
19 |
5 |
45 |
0 |
99.93 |
0.75 |
SuperMax |
|
LM-SI-10SIF3-00 |
Si |
25.4 |
3 |
45 |
0 |
99 |
flat |
PFM |
|
LM-SI-10SIF5-00 |
Si |
25.4 |
5 |
45 |
0 |
99 |
flat |
PFM |
|
LM-SI-10SIS3-00 |
Si |
25.4 |
3 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-10SIS3-05 |
Si |
25.4 |
3 |
45 |
0 |
99.93 |
5 |
SuperMax |
|
LM-SI-10SIS3-10 |
Si |
25.4 |
3 |
45 |
0 |
99.93 |
10 |
SuperMax |
|
LM-SI-10SIS4-00 |
Si |
25.4 |
4 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-10SIS5-00 |
Si |
25.4 |
5 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-11SIS3-00 |
Si |
28 |
3 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-11SIS6-00 |
Si |
28 |
6 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-15SIS6.3-07 |
Si |
38.05 |
6.3 |
45 |
0 |
99.93 |
7 |
SuperMax |
|
LM-SI-15SIS6.3-7M |
Si |
38.05 |
6.3 |
45 |
0 |
99.93 |
7.5 |
SuperMax |
|
LM-SI-15SIS6-00 |
Si |
38.05 |
6 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-15SIS9.5-00 |
Si |
38.05 |
9.5 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-15SIS9.7-00 |
Si |
38.05 |
9.7 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-15SID-00 |
Si |
38.05 |
4 |
45 |
0 |
99 |
flat |
SiDual |
|
LM-SI-15SIF4-00 |
Si |
38.05 |
4 |
45 |
0 |
99 |
flat |
PFM |
|
LM-SI-15SIS4-10CC |
Si |
38.05 |
4 |
45 |
0 |
99.93 |
10 |
SuperMax |
|
LM-SI-15SIS5-00 |
Si |
38.05 |
5 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-15SIS6.3-00 |
Si |
38.1 |
6.3 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-15SIS6.6-00 |
Si |
38.1 |
6.6 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-16.1SIS5-00 |
Si |
41 |
5 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-17.5SIS9.5-00 |
Si |
44.45 |
9.5 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-17.5SIS9-00 |
Si |
44.5 |
9 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-17.5SIS4-00 |
Si |
44.5 |
4 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-19.7SIS10-00 |
Si |
50 |
10 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-SI-19.7SIS5-00 |
Si |
50 |
5 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-SI-20SIF10-00 |
Si |
50.8 |
10 |
45 |
0 |
99 |
flat |
PFM |
|
LM-SI-20SIS10-00 |
Si |
50.8 |
10.2 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-20SIS10-00MA |
Si |
50.8 |
10 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-20SIS5-00 |
Si |
50.8 |
5.1 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-20SIS9.5-00 |
Si |
50.8 |
9.5 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-26.8SIS20-00M |
Si |
68 |
20 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-30SIS6.35-00 |
Si |
76.2 |
6.35 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-SI-30SMA12.7-00 |
Cu |
76.2 |
12.7 |
45 |
0 |
98.6 |
flat |
SuperMax |
Remark: M: material; A(deg): angle of incidence; ET: edge
thickness; T(%): transmission; R (%): reflectance; ROC: radius of
curvature.
Turning Mirrors, Silicon
These turning mirrors are used in CO2 laser beam delivery
systems. Silicon is the most commonly used mirror substrate due to its
good "figure of merit" properties. We offer them with a variety of metal
and dielectric coatings.
l TMS-EM
Turning Mirrors Enhanced Metal for CO2 10.6 �m Reflectance coating
l 45�
Angle Of Incidence
l Coated:
Reflectance > 99.6% average @ 10.6 �m
l Absorption:
< .30% @ 10.6 �m
|
Model Number |
Diameter |
Thickness |
|
LM-SI-TMS-0512-EM |
0.500" |
0.120" |
|
LM-SI-TMS-0712-EM |
0.750" |
0.120" |
|
LM-SI-TMS-0912-EM |
0.875" |
0.120" |
|
LM-SI-TMS-1012-EM |
1.000" |
0.120" |
|
LM-SI-TMS-1112-EM |
1.100" |
0.120" |
|
LM-SI-TMS-1512-EM |
1.500" |
0.120" |
|
LM-SI-TMS-1516-EM |
1.500" |
0.160" |
|
LM-SI-TMS-1816-EM |
1.750" |
0.160" |
|
LM-SI-TMS-2020-EM |
2.000" |
0.200" |
|
LM-SI-TMS-2525-EM |
2.500" |
0.250" |
|
LM-SI-TMS-3025-EM |
3.000" |
0.250" |
|
LM-SI-TMS-4035-EM |
4.000" |
0.350" |
Turning Mirrors, Silicon Dual-Band Reflector for CO2 +
Red Laser Diode Reflectance
l TMS-DBMR
Turning Mirrors Silicon with Dual Band Max Reflectance coating
l Coated:
Reflectance > 99.7% average @ 10.6 �m
l Reflectance:
> 85% average for .633 �m and 650 nm
l 45�
Angle Of Incidence
l Absorption:
< 0.30% @ 10.6 �m
|
Model Number |
Diameter |
Thickness |
|
LM-SI-TMS-0512-DBMR |
0.500" |
0.120" |
|
LM-SI-TMS-0712-DBMR |
0.750" |
0.120" |
|
LM-SI-TMS-0912-DBMR |
0.875" |
0.120" |
|
LM-SI-TMS-1012-DBMR |
1.000" |
0.120" |
|
LM-SI-TMS-1112-DBMR |
1.100" |
0.120" |
|
LM-SI-TMS-1512-DBMR |
1.500" |
0.120" |
|
LM-SI-TMS-1516-DBMR |
1.500" |
0.160" |
|
LM-SI-TMS-1816-DBMR |
1.750" |
0.160" |
|
LM-SI-TMS-2020-DBMR |
2.000" |
0.200" |
|
LM-SI-TMS-2525-DBMR |
2.500" |
0.250" |
|
LM-SI-TMS-3025-DBMR |
3.000" |
0.250" |
|
LM-SI-TMS-4035-DBMR |
4.000" |
0.350" |
Phase Retardation Reflectors : Silicon for CO2 Lasers and
10.6�m
These mirrors create a 90� Phase Shift with the aid of
specially constructed thin film coating layers applied to the surface,
when hit with a linear polarized beam at 45� to the plane of incidence.
Commonly called Phase Shifters, Polarizers, or Circular Polarizing
Mirrors, they transform the incoming beam into a circular polarized
state. They typically are only used external to the laser cavity as a
beam delivery mirror. These operate only with a true 10.6�m laser
wavelength and will not work at other wavelengths such as 9.2 or 9.6�m
without special modifications to the thin film coating design. We offer
non-standard wavelength Phase Retardation Reflectors at these other
wavelengths as custom parts.
l Phase
Shift: 90��3.0� between p and s polarization for 10.6�m operation only @
45� Angle Of Incidence
l Reflectance:
> 99.0% average @ 10.6�m
l Absorption:
< 0.40% @ 10.6�m
l Coating
optimized to create 90� phase shift from a linear polarized beam. Used
in beam delivery systems where cutting circles in materials is required.
|
Part Number |
Diameter |
Thickness |
|
LM-SI-PRRS-0712-90 |
0.750" |
0.120" |
|
LM-SI-PRRS-1012-90 |
1.000" |
0.120" |
|
LM-SI-PRRS-1112-90 |
1.100" |
0.120" |
|
LM-SI-PRRS-1516-90 |
1.500" |
0.160" |
|
LM-SI-PPRS-1816-90 |
1.75 |
0.160" |
|
LM-SI-PRRS-2020-90 |
2.000" |
0.200" |
|
LM-SI-PRRMS-5010-90 |
50 mm |
10 mm |
|
LM-SI-PRRS-2038-90 |
2.000" |
0.375" |
|
LM-SI-PRRS-2525-90 |
2.500" |
0.250" |
|
LM-SI-PRRS-3025-90 |
3.000" |
0.250" |
|
LM-SI-PRRS-3050-90 |
3.000" |
0.500" |
|
LM-SI-PRRMS-7515-90 |
75 mm |
15 mm |
Zero Phase Reflectors: Silicon for CO2 Lasers and 10.6�m
l Phase
Shift: <2.0� between p and s polarization for 10.6�m operation only @
45� Angle Of Incidence
l Reflectance:
> 99.6% average @ 10.6�m
l Absorption:
< 0.40% @ 10.6�m
l Coating
optimized to maintain low phase shift in beam delivery systems where a
90� phase retarder exists to maintain the circular polarization.
|
Model Number |
Diameter |
Thickness |
|
LM-SI-ZPRS-0712-0 |
0.750" |
0.120" |
|
LM-SI-ZPRS-1012-0 |
1.000" |
0.120" |
|
LM-SI-ZPRS-1112-0 |
1.100" |
0.120" |
|
LM-SI-ZPRS-1516-0 |
1.500" |
0.160" |
|
LM-SI-ZPRS-1816-0 |
1.750" |
0.160"" |
|
LM-SI-ZPRS-2020-0 |
2.000" |
0.200" |
|
LM-SI-ZPR-50-5-10-0 |
50 mm |
10 mm |
|
LM-SI-ZPRS-2038-0 |
2.000" |
0.375" |
|
LM-SI-ZPRS-2525-0 |
2.500" |
0.250" |
|
LM-SI-ZPRS-3025-0 |
3.000" |
0.250" |
|
LM-SI-ZPRS-3050-0 |
3.000" |
0.500" |
|
LM-SI-ZPR-75-5-15-0 |
75 mm |
15 mm |
|
LM-SI-ZPRS-4035-0 |
4.000" |
0.350" |
Total Reflectors:
Silicon Concave for CO2 Lasers and 10.6�m
l Turning
Mirrors Silicon with Dual Band Max Reflectance coating
l Coated:
Reflectance > 99.6% average @ 10.6 �m
l Operation
at normal incidence (0�)
l Reflectance:
> 85% average for 633 nm and 650 nm
l Absorption:
< 0.30% @ 10.6 �m
l Clear
Aperture: 90% of diameter
|
Model Number |
Diameter |
Thickness |
Concave Radius (meters) |
|
LM-SI-TRCCS-0512-2-EM |
0.500" |
0.120" |
2 meter |
|
LM-SI-TRCCS-0512-3-EM |
0.500" |
0.120" |
3 meter |
|
LM-SI-TRCCS-0512-5-EM |
0.500" |
0.120" |
5 meter |
|
LM-SI-TRCCS-0512-7.5-EM |
0.500" |
0.120" |
7.5 meter |
|
LM-SI-TRCCS-0512-10-EM |
0.500" |
0.120" |
10 meter |
|
LM-SI-TRCCS-0712-2-EM |
0.750" |
0.120" |
2 meter |
|
LM-SI-TRCCS-0712-3-EM |
0.750" |
0.120" |
3 meter |
|
LM-SI-TRCCS-0712-5-EM |
0.750" |
0.120" |
5 meter |
|
LM-SI-TRCCS-0712-6-EM |
0.750" |
0.120" |
6 meter |
|
LM-SI-TRCCS-0712-7.5-EM |
0.750" |
0.120" |
7.5 meter |
|
LM-SI-TRCCS-0712-10-EM |
0.750" |
0.120" |
10 meter |
|
LM-SI-TRCCS-1012-2-EM |
1.00" |
0.120" |
2 meter |
|
LM-SI-TRCCS-1012-3-EM |
1.00" |
0.120" |
3 meter |
|
LM-SI-TRCCS-1012-5-EM |
1.00" |
0.120" |
5 meter |
|
LM-SI-TRCCS-1012-7.5-EM |
1.00" |
0.120" |
7.5 meter |
|
LM-SI-TRCCS-1012-10-EM |
1.00" |
0.120" |
10 meter |
|
LM-SI-TRCCS-1012-20-EM |
1.00" |
0.120" |
20 meter |
|
LM-SI-TRCCS-1112-2-EM |
1.10" |
0.120" |
2 meter |
|
LM-SI-TRCCS-1112-3-EM |
1.10" |
0.120" |
3 meter |
|
LM-SI-TRCCS-1112-5-EM |
1.10" |
0.120" |
5 meter |
|
LM-SI-TRCCS-1112-7.5-EM |
1.10" |
0.120" |
7.5 meter |
|
LM-SI-TRCCS-1112-10-EM |
1.10" |
0.120" |
10 meter |
|
LM-SI-TRCCS-1112-20-EM |
1.10" |
0.120" |
20 meter |
|
LM-SI-TRCCS-1516-2-EM |
1.50" |
0.160" |
2 meter |
|
LM-SI-TRCCS-1516-3-EM |
1.50" |
0.160" |
3 meter |
|
LM-SI-TRCCS-1516-5-EM |
1.50" |
0.160" |
5 meter |
|
LM-SI-TRCCS-1516-7.5-EM |
1.50" |
0.160" |
7.5 meter |
|
LM-SI-TRCCS-1516-10-EM |
1.50" |
0.160" |
10 meter |
|
LM-SI-TRCCS-1516-20-EM |
1.50" |
0.160" |
20 meter |
|
LM-SI-TRCCS-2020-2-EM |
2.00" |
0.200" |
2 meter |
|
LM-SI-TRCCS-2020-3-EM |
2.00" |
0.200" |
3 meter |
|
LM-SI-TRCCS-2020-5-EM |
2.00" |
0.200" |
5 meter |
|
LM-SI-TRCCS-2020-7.5-EM |
2.00" |
0.200" |
7.5 meter |
|
LM-SI-TRCCS-2020-10-EM |
2.00" |
0.200" |
10 meter |
|
LM-SI-TRCCS-2020-20-EM |
2.00" |
0.200" |
20 meter |
|
|
|
|
Copper mirrors in a huge range of sizes are available,
with a selection of different coatings to suite you application.
l Advanced
manufacturing methods
l Latest
ultra-low absorption coatings
l Highest
quality substrates
|
Part No. |
M |
Dia
mm |
ET
mm |
A
deg |
T
% |
R
% |
S2, ROC
m |
Coating |
|
LM-CU-11SMA6-00 |
Cu |
28 |
6 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-CU-15NCA8-00 |
Cu |
38 |
8 |
45 |
0 |
99.93 |
flat |
NiCu |
|
LM-CU-15NCW15-00 |
Cu |
38 |
15 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-D38-T10-A45 |
Cu |
38 |
10 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-15NCA10-00 |
Cu |
38 |
6 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-15NCA6-00 |
Cu |
38 |
6 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-CU-15SMA6-00 |
Cu |
38 |
6 |
45 |
0 |
99.93 |
flat |
SuperMax |
|
LM-CU-15SMA6-15 |
Cu |
38.05 |
6 |
45 |
0 |
99.93 |
15 |
SuperMax |
|
LM-CU-19.7NCA10-00 |
Cu |
50 |
10 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-19.7NCW25-00 |
Cu |
50 |
25 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-19.7SMA10-1000CX |
Cu |
50 |
6 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-CU-19.7SMA5-00 |
Cu |
50 |
5 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-CU-19.7SMA9-00 |
Cu |
50 |
9 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-CU-20NCA5-00 |
Cu |
50.8 |
5 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-20SMA5-00 |
Cu |
50.8 |
5 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-CU-23.6NCA10-00 |
Cu |
60 |
10 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-23.6SMA6-00 |
Cu |
60 |
6 |
45 |
0 |
98.6 |
flat |
SuperMax |
|
LM-CU-29.5NCA15-00 |
Cu |
75 |
15 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-29.5NCW25-00 |
Cu |
75 |
25 |
45 |
0 |
98.6 |
flat |
NiCu |
|
LM-CU-29.5SMA17-00 |
Cu |
75 |
17 |
45 |
0 |
98.6 |
flat |
SuperMax |
Remark: M: material; A(deg): angle of incidence; ET: edge
thickness; T(%): transmission; R (%): reflectance; ROC: radius of
curvature.
|
|
Mo Mirrors |
|
Molybdenum mirrors in a huge range of sizes are
available, with a selection of different coatings to suite you
application.
l Advanced
manufacturing methods
l Latest
ultra-low absorption coatings
l Highest
quality substrates
|
Part No. |
M |
Dia
mm |
ET
mm |
A
deg |
T
% |
R
% |
S2 ROC
m |
Coating |
|
LM-MO-5.9MO2-00 |
Mo |
15 |
2 |
0 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-15MO6-00 |
Mo |
38 |
6 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-17.5MO8-00 |
Mo |
44.5 |
8 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-19.7MO2-00 |
Mo |
50 |
2 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-19.7MO3-00 |
Mo |
50 |
3 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-19.7MO5-14 |
Mo |
50 |
5 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-19.7MO6-00 |
Mo |
50 |
6 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-20MO5-00 |
Mo |
50.8 |
5.1 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-23.6MO10-00 |
Mo |
60 |
10 |
45 |
0 |
98.5 |
flat |
Uncoated |
|
LM-MO-29.5MO15-00 |
Mo |
75 |
15 |
45 |
0 |
98.5 |
flat |
Uncoated |
Remark: M: material; A(deg): angle of incidence; ET: edge
thickness; T(%): transmission; R (%): reflectance; ROC: radius of
curvature.
Metal Mirrors, Molybdenum for CO2 Lasers and 10.6�m
l Uncoated
l Phase
Shift: <2.0� between P and S polarization for 10.6�m operation only @ 45� Angle Of Incidence
l Reflectance:
> 98.0% average @ 10.6�m
|
Model Number |
Diameter |
Thickness |
|
LM-MO-MM-1012-UC |
1.000" |
0.120" |
|
LM-MO-MM-1516-UC |
1.500" |
0.160" |
|
LM-MO-MM-1525-UC |
1.500" |
0.250" |
|
LM-MO-MM-2020-UC |
2.000" |
0.200" |
|
LM-MO-MM-2038-UC |
2.000" |
0.380" |
|
LM-MO-MM-3025-UC |
3.000" |
0.250" |
|
LM-MO-MM-3050-UC |
3.000" |
0.500" |
|
Gold-coated Reflectors
(Glass Substrate)
|
| |
|
Model |
Description |
Wavelength |
Dia |
Thk |
|
|
LM-10.6-D20-T3 |
CO2
laser mirror, glass substrate |
10.6um |
20mm |
3mm |
Gold
coating, flat |
|
LM-10.6-D25-T3 |
CO2
laser mirror, glass substrate |
10.6um |
25mm |
3mm |
Gold
coating, flat |
Other dimension mirrors available upon request.
mirror mount
and holder
CO2 laser focusing lens YAG laser focusing lens
CO2 output coupler
Download PDF
Catalog |
|
|
|
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