H01S3/0615 - CPC Classification Index

ClassID:

215463 ⎘

H01S3/0615 - CPC Classification

Classification description:

Lasers, i.e. devices using stimulated emission of electromagnetic radiation in the infrared, visible or ultraviolet wave range; Construction or shape of optical resonators; Accommodation of active medium therein; Shape of active medium; Construction or shape of active medium; Crystal lasers or glass lasers Shape of end-face

Recent Application in this class:

20220278496

2022-09-01

Amplifier assembly

20200136338

2020-04-30

Laser device, method for controlling laser device, and mass spectroscope

20200119510

2020-04-16

Amplifier assembly

20200044409

2020-02-06

All-solid-state high-power slab laser based on phonon band edge emission

20190393667

2019-12-26

System and method for laser system having non-planar thin disc gain media

20190341735

2019-11-07

LASER MEDIUM FOR A SOLID-STATE LASER

20190288476

2019-09-19

Optical device

20190148903

2019-05-16

Planar waveguide laser device

20190097386

2019-03-28

Solid-state laser device

#10

20190097376

2019-03-28

Solid-state laser device

#11

20190006811

2019-01-03

LASER DEVICE WITH AN OPTICAL RESONATOR AND METHOD FOR ADJUSTING THE LASER DEVICE

#12

20180331487

2018-11-15

Active element slab for a laser source

#13

20180248330

2018-08-30

Laser apparatus

#14

20180233874

2018-08-16

Solid-state laser device

#15

20180083408

2018-03-22

Laser oscillation device

#16

20170070022

2017-03-09

SLAB LASER AND AMPLIFIER AND METHOD OF USE

#17

20170059711

2017-03-02

ND:YAG OSCILLATOR-BASED THREE WAVELENGTH LASER SYSTEM

#18

20160336709

2016-11-17

High pulse energy and high beam quality mini laser

#19

20160285225

2016-09-29

Radial polarization thin-disk laser

#20

20160211637

2016-07-21

Slab laser and amplifier and method of use

#21

20160043524

2016-02-11

Slab laser and amplifier

#22

20150303642

2015-10-22

Device for amplifying a laser pulse having improved temporal contrast

#23

20150016484

2015-01-15

Laser device

#24

20140268309

2014-09-18

Suppression of amplified spontaneous emission (ASE) within laser planar waveguide devices

#25

20140056321

2014-02-27

OPTICAL AMPLIFIER AND PROCESS

#26

20130301662

2013-11-14

Slab laser and amplifier

#27

20130215915

2013-08-22

Device for amplifying a laser beam with suppression of transverse lasing

#28

20130188663

2013-07-25

Low noise optically pumped laser structures utilizing dispersion elements

#29

20120170607

2012-07-05

Laser amplifier system

#30

20110243166

2011-10-06

High-gain diode-pumped laser amplifier

#31

20110222572

2011-09-15

LASER ARRANGEMENT

#32

20110134946

2011-06-09

LENGTHENING THE PATH OF A LASER BEAM IN A MONOLOTHIC SOLID STATE LASER APPARATUS

#33

20110134945

2011-06-09

LENGTHENING THE PATH OF A PUMP BEAM IN A MONOLOTHIC SOLID STATE LASER APPARATUS

#34

20110069728

2011-03-24

Diode Pumped Ytterbium Doped Laser

#35

20110013653

2011-01-20

Intra-cavity generation of pulsed coherent radiation in the UV or XUV wavelength range

#36

20100303120

2010-12-02

Solid-state laser element

#37

20100110537

2010-05-06

Microchip—Yb fiber hybrid optical amplifier for micro-machining and marking

#38

20100086001

2010-04-08

High-gain diode-pumped laser amplifier

#39

20090296199

2009-12-03

Laser amplifiers with high gain and small thermal aberrations

#40

20080304534

2008-12-11

Power scaleable thin disk lasers

#41

20080291949

2008-11-27

Q-switched laser

#42

20080285117

2008-11-20

MICROCHIP-Yb FIBER HYBRID OPTICAL AMPLIFIER FOR MICRO-MACHINING AND MARKING

#43

20080225923

2008-09-18

Unstable monoblock laser cavity

#44

20080151946

2008-06-26

Monolithic Solid State Laser Apparatus

#45

20080037597

2008-02-14

Laser apparatus

#46

20080013587

2008-01-17

Multiple-Reflection Delay Line For A Laser Beam And Resonator Or Short Pulse Laser Device Comprising A Delay Line Of This Type

#47

20070280324

2007-12-06

Laser apparatus for generating high energy pulses of short duration, and process for generating said laser pulse

#48

20070230534

2007-10-04

Grating enhanced solid-state laser amplifiers

#49

20070189350

2007-08-16

Surface emitting laser with an integrated absorber

#50

20070189346

2007-08-16

Solid-state laser apparatus

#51

20070109629

2007-05-17

Microchip—Yb fiber hybrid optical amplifier for micro-machining and marking

#52

20070091950

2007-04-26

Inorganic compound, composition and molded body containing the same, light emitting device, and solid laser device

#53

20070071059

2007-03-29

Monolithic, side-pumped, passively Q-switched solid-state laser

#54

20070068475

2007-03-29

Internal combustion engine with a laser light generating device

#55

20070053401

2007-03-08

Highly repetitive laser system having a compact design

#56

20070002920

2007-01-04

Multipath laser apparatus using a solid-state slab laser rod

#57

20060207977

2006-09-21

Methods and systems for laser processing a workpiece and methods and apparatus for controlling beam quality therein

#58

20060193362

2006-08-31

Folding element for a laser-setup

#59

20060153257

2006-07-13

Laser amplifiers with high gain and small thermal aberrations

#60

20060132904

2006-06-22

Fiber laser system with increased optical damage threshold

#61

20060126685

2006-06-15

Slab laser amplifier with parasitic oscillation suppression

#62

20060126676

2006-06-15

Pulse laser arrangement and method for setting pulse length for laser pulses

#63

20060114961

2006-06-01

High-gain diode-pumped laser amplifier

#64

20060029112

2006-02-09

Surface emitting laser with an integrated absorber

#65

20060012853

2006-01-19

Low cost optical amplifier

#66

20050259705

2005-11-24

Laser oscillation device

#67

20050254540

2005-11-17

End pumped slab laser cavity

#68

20050243409

2005-11-03

Multimode amplifier for amplifying single mode light

#69

20050238071

2005-10-27

One-dimensional illumination apparatus and imaging apparatus

#70

20050195879

2005-09-08

Slab type solid-state laser medium and slab type nonlinear optical medium each using light path formed by multiple reflection caused by three reflecting surfaces

#71