公司简介
德国Limo公司是世界顶级的微光学(Micro-optics)产品和半导体激光器(Diode Laser)的供应商,能够解决在泵浦、激光医疗、激光加工等应用领域的需求。Limo公司有许多基于生产工艺的专利技术,提供最高质量的产品和生产水平。此外,Lomo的技术人员结合Limo的微光学方面的优势针对客户的需求提供精确和可靠的系统。Limo的优势是在制造高功率半导体激光器系统和光束整形固态激光器。
产品列表
Optical Components
Fast-Axis Collimators (FAC)
FAC | Effective focal length [mm] | Remaining divergence [mrad] | Data Sheet |
---|---|---|---|
FAC160 | 0,16 | +/- 3,6 | FAC160 |
FAC200 | 0,20 | +/- 3,3 | FAC200 |
FAC286 | 0,29 | +/- 2,3 | FAC286 |
FAC300 | 0,30 | +/- 2,2 | FAC300 |
FAC350 | 0,35 | +/- 1,8 | FAC350 |
FAC365 | 0,356 | +/- 1,75 | FAC365 |
FAC410 | 0,41 | +/- 1,5 | FAC410 |
FAC590 | 0,59 | +/- 1,1 | FAC590 |
Slow-Axis Collimator Arrays (SAC)
Emitter size/pitch [µm] | Remaining divergence [mrad] | Data sheet |
---|---|---|
50 / 500 | 15 | SAC 50/500 |
100 / 500 | 40 | SAC 100/500 |
150 / 500 | 90 | SAC 150/500 |
150 / 500 | 65 | Telescope 150/500 |
200 / 400 | 100 | Telescope 200/400 |
FAC-SAC and FAC-TEL Collimation Modules
Emitter size/pitch [µm] | Remaining divergence fast axis [mrad] | Remaining divergence slow axis [mrad] | Data sheet |
---|---|---|---|
100 / 500 | +/- 0,7 | 40 | FAC-SAC_631 |
100 / 150 | +/- 1,1 | 40 | FAC-SAC_568 |
150 / 500 | +/- 0,7 | 65 | FAC-TEL_386 |
150 / 500 | +/- 0,7 | 90 | FAC-SAC_376 |
200 / 400 | +/- 1,1 | 100 | FAC-TEL_246 |
Collimators
Fast axis effective focal length [mm] | Slow axis effective focal length [mm] | Data sheet |
---|---|---|
0,13 | 2,20 | MM-Coll_390/400 |
0,17 | 0,65 | SM-Coll_403/406 |
Beam Transformation System (BTS)
BTS | Pitch [mm] | Restdivergenz Fast Axis [mrad] | Datenblatt |
---|---|---|---|
BTS(FAC160)-P0.2 | 0.2 | < 12 | BTS_FAC160-P0.2 |
BTS(FAC286)-P0.4 | 0.4 | < 13 | BTS_FAC286-P0.4 |
BTS(FAC286)-P0.4 | 0.4 | < 10 | BTS_FAC286-P0.4 |
BTS(FAC286)-P0.4 | 0.4 | < 7 | |
BTS(FAC365)-P0.4 | 0.4 | < 6 | BTS_FAC365-P0.4 |
BTS(FAC286)-P0.5 | 0.5 | < 13 | BTS_FAC286-P0.5 |
BTS(FAC286)-P0.5 | 0.5 | < 10 | BTS_FAC286-P0.5 |
BTS(FAC286)-P0.5 | 0.5 | < 7 | BTS_FAC286-P0.5 |
BTS(FAC365)-P0.5 | 0.5 | < 5.5 | BTS_FAC365-P0.5 |
BTS(FAC410)-P0.5 | 0.5 | < 5 | BTS_FAC410-P0.5 |
BTS-HOC
Emitter size/pitch [µm] | Ø Fiber core [µm] | NA | Efficiency [%] | Data sheet |
---|---|---|---|---|
200 / 400 | 400 | 0,22 | > 70 | BTS-HOC_316 |
200 / 400 | 400 | 0,22 | > 70 | BTS-HOC_319 |
150 / 500 | 200 | 0,22 | > 70 | BTS-HOC_167 |
150 / 500 | 400 | 0,22 | > 80 | BTS-HOC_320 |
150 / 500 | 400 | 0,22 | > 80 | BTS-HOC_326 |
150 / 500 | 600 | 0,22 | > 80 | BTS-HOC_333 |
150 / 500 | 600 | 0,22 | > 80 | BTS-HOC_327 |
Monolithic Fiber Couplers for Single Emitters
Emitter size [µm] | Ø Fiber [µm] | Typical coupling efficiency [%] | Data sheet |
---|---|---|---|
< 100 | 50 | > 85 | FK_433 |
< 100 | 62,5 | > 90 | FK_433 |
< 100 | 100 | > 90 | FK_432 |
< 100 | 200 | > 85 | FK_382 |
< 150 | 100 | > 90 | FK_434 |
< 200 | 62,5 | > 70 | FK_425 |
< 200 | 100 | > 90 | FK_425 |
< 200 | 200 | > 80 | FK_382 |
< 400 | 200 | > 85 | FK_426 |
< 800 | 400 | > 90 | FK_427 |
< 1000 | 600 | > 85 | FK_427 |
Monolithic fiber coupler for mini-bars
Emitter size [µm] | Ø Fiber [µm] | Typical coupling efficiency [%] | Data sheet |
---|---|---|---|
< 100 | 600 | > 90 | Monolithischer FK |
Microlens Arrays - Free Form Lenses with Highest Precision
Effective focal length [mm] | Pitch [mm] | Size [mm²] | Data sheet |
---|---|---|---|
4,23 - 61,6 | 0,5 | 12x12 | CLA_P05 |
8,55 - 206,5 | 0,8 | 20x20 | CLA_P08 |
5,88 - 98,3 | 1,3 | 35x35 | CLA_P13 |
Comparison of three surfaces with increasing complexity:
Cross-section of a symmetrical and asymmetrical microlens array:
Homogenizers
Effective focal length [mm] | Pitch [mm] | Size [mm²] | Data sheet |
---|---|---|---|
4,23 - 61,6 | 0,5 | 12x12 | HOM_P05 |
8,55 - 206,5 | 0,8 | 20x20 | HOM_P08 |
5,88 - 98,3 | 1,3 | 35x35 | HOM_P13 |
Diffractive Beam Splitter with Highest Efficiency of 95%
Wavelength [nm] | Number of beams | Beam-beam angle [mrad] | Efficiency [%] | Data sheet |
---|---|---|---|---|
532 | 1:11 | 5 | 95 +/-2 | BS_1691 |
1064 | 1:11 | 21,3 | 95 +/-2 | BS_1690 |
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Beam Shaping Systems
Gaussian-to-Top Hat Converters (g2T®)
Wavelength [nm] | Field size [mm] | Data sheet |
---|---|---|
355, 532 | 0,05 bis 0,25 | g2T 0.05-0.25mm |
355, 532, 1064 | 0,5 bis 5 | g2T 0.5-5mm |
Compact Beam Shaper for Precision Laser Beam Shaping
The features of the CBS include:
slim-design aluminum housing (diameter of 32 mm, 120 mm long)
Inhomogeneity across entire area is < 15%
line-shaped beam geometry: line lengths of 2 mm – 110 mm (e.g. 46 mm x 1.6 mm)
square beam geometry: 2 mm – 110 mm (e.g. 8 mm x 8 mm)
with SMA905 connection
CBS: square 2x2 to 110x110 mm²
Handles a wide range of field geometries
Application-specific homogeneity up to the technical limits
Optical efficiency up to 90 %
Manufactured from high-quality materials, e.g. fused silica, CaF2
Suitable for many different laser sources (e.g. excimer laser, solid-state laser, diode laser)
Typical beam geometries:
Line: 12.4 mm x 1.4 mm | Square: 8 mm x 8 mm |
High-Precision Beam Shaping with Homogenizer Modules for High-Power Lasers
Here are some of their applications in different industries:
§ Ablation § Annealing § Tempering § Semiconductor industry § FPD (flat panel displays) § PV (photovoltaics) Example: Photoluminescence measurement with LIMO homogenizer modules Benefits of LIMO's homogenizer modules: |
Precision homogenizers for microlithography
LIMO's precision homogenizers are used in the exposure units (steppers and scanners) in microlithography. The homogenizers feature homogeneities of < 1% P-V, high NA, high fill factor and retention of polarization. Because of the high optical efficiency LIMO's homogenizers help cut the cost of expensive laser energy. |
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Fast large-area processing of materials and surfaces with line beam shaping
Name | Line length | Wavelength | Process type | Application area |
---|---|---|---|---|
Activation Line 650 Activation Line 750 Activation Line 100 | 650 mm 750 mm 100 mm | 341 - 353 nm | LLO – laser lift-off | Flat-panel display |
Activation Line 12 Activation Line 30 Activation Line 300 | 12 mm 30 mm 300 mm | 808, 980 nm | Tempering, crystallization, hardening, sintering, alloying | Glass, photovoltaics, heavy metals industry |
Activation Line 200 | 200 mm | 980 nm | Drying, sintering | Printed electronics |
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L³ LIMO Line Lasers® - large-area, rapid processing of materials and surfaces using line lasers
L³ LIMO Line Lasers®: Next Generation Surface Engineering
L³ LIMO Line Lasers® technology opens up new dimensions in the functionalization of surfaces and coatings, and enables new, innovative solutions in photovoltaics, electronics and many other industries. Simultaneous processing with scalable line lasers vastly increases processing speed and productivity. Moreover, the homogeneous intensity distribution of the laser line profile achieves uniform and constant processing results.
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Typical long-axis line beam profile of the L³ LIMO Line Laser®:
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Diode Laser Modules
Fiber-Coupled Diode Laser Modules
Output (W) | Ø Fiber core (µm) | Wavelength (nm) | Application | Data sheet |
---|---|---|---|---|
15** | 200 | 1470 | Medical | FQ series |
20* | 200 | 981 | Pumping | LM series |
30** | 200 | 980 | Medical | FQ series |
35* | 200 | 806 | Pumping | LM series |
35 | 200 | 944 | Pumping | LM series |
40 | 200 | 808 | Pumping | LM series |
40* | 200 | 981 | Pumping | LM series |
40 | 400 | 940 | Pumping | LM series |
40** | 400 | 980 | Medical | LM series |
50** | 200 | 808 | Medical | FQ series |
50** | 200 | 980 | Medical | LM series |
55* | 200 | 976 | Pumping | LM series |
60 | 100 | 938 | Pumping | FG series |
60** | 400 | 940 | Medical | FP series |
60** | 400 | 980 | Medical | LM series |
120* | 200 | 976 | Pumping | AV5 series |
120 | 400 | 940 | Plastics welding | FY series |
350 | 400 | 980 | Plastics welding | MF series |
500 | 400 | 976 | Plastics welding, pumping | MF series |
Accessories for Diode Lasers
Fibers:
Ø Fiber (µm) | Numerical aperture (NA) | Length (m) | Fiber plug | Data sheet |
---|---|---|---|---|
200 | 0,22 | 1,5 | SMA905 | LIMO-SMA905-F200-1.5 |
200 | 0,22 | 3 | SMA905 | LIMO-SMA905-F200-3 |
400 | 0,22 | 1,5 | SMA905 | LIMO-SMA905-F400-1.5 |
400 | 0,22 | 3 | SMA905 | LIMO-SMA905-F400-3 |
400 | 0,22 | 1,5 | LD80 | LIMO-LD80-F400-1.5 |
400 | 0,22 | 3 | LD80 | LIMO-LD80-F400-3 |
400 | 0,22 | 1,5 | LD80/SMA905 | LIMO-LD80-SMA905-F400-1.5 |
400 | 0,22 | 3 | LD80/SMA905 | LIMO-LD80-SMA905-F400-3 |
400 | 0,22 | 10 | LD80/SMA905 | LIMO-LD80-SMA905-F400-10 |
600 | 0,22 | 1,5 | SMA905 | LIMO-SMA905-F600-1.5 |
600 | 0,22 | 3 | SMA905 | LIMO-SMA905-F600-3 |
Exchangeable window for medical lasers:
For laser series | Wavelength | Data sheet |
---|---|---|
FQ series | 808-980 nm | LIMO EWIN-DL808-980-FQ |
LM series | 808-980 nm | LIMO EWIN-DL808-980-LM |
FQ series | 1470 nm | LIMO EWIN-DL1470-FQ |
LM series | 1470 nm | LIMO EWIN-DL1470-LM |
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Industrial Laser Systems
Industrial Laser Systems (ILS) for Materials Processing
Benefits of LIMO's industrial laser systems:
Compact and modular design (all-in-one)
Easy to integrate
Examples::
Laser Process Heads for Plastic Welding
LIMO offers optional process heads for laser materials processing: welding of plastics. According to your requirements the process heads can be provided with:
Process gas supply
Power measurement
Pyrometer
CCD camera
Collimation focal length (mm) | Focussing focal length (mm) | Fiber connector | Data sheet |
---|---|---|---|
18 | 0 | LD80 | LPH-LD80-R-18-0 |
18 | 75 | SMA905 | LPH-SMA-R-18-75 |
18 | 200 | LD80 | LPH-LD80-R-18-200 |
35 | 0 | LD80 | LPH-LD80-R-35-0 |
35 | 0 | SMA905 | LPH-SMA-R-A35-0 |
35 | 125 | LD80 | LPH-LD80-R-35-125-PM |
35 | 200 | SMA905 | LPH-SMA-R-A35-200-PM |
35 | 250 | LD80 | LPH-LD80-R-A35-250 |
35 | 250 | LD80 | LPH-LD80-R-A35-250-PM |
50 | 75 | LD80 | LPH-LD80-R-50-75 |
50 | 100 | LD80 | LPH-LD80-R-50-100 |
50 | 200 | LD80 | LPH-LD80-R-50-200-PM |
50 | 5000 | SMA905 | LPH-SMA-R-50-5000 |
60 | 120 | SMA905 | LPH-SMA-R-60-120 |
60 | 200 | LD80 | LPH-LD80-R-A60-200 |
Beam field size 10x10 mm: | |||
30 | 175 | LD80 | LPH-LD80-LH-10x10-175-PM |
Line length 10x2 mm: | |||
30 | 175 | LD80 | LPH-LD80-LH-10x2-175-PM |