DPM Photonics

DPM Photonics（美国）

http://www.dpmphotonics.com

地址：: P. O. Box 3002 Vernon, CT 06066 USA

电话：: +1 860 872 6573

传真：: +1 860 454 4217

产品：: 波分复用扫描电镜谐振腔设计偏振合束复合镜头透镜激光模拟软件激光建模激光材料技术培训激光加工激光头激光雕刻红外光学融合拼接光纤光纤光纤剥线器光纤模拟软件光纤抛光光纤偏振器光纤接线芯光纤光学光纤耦合器光纤准直器光纤角度切割光缆法拉第旋光器法拉第隔离器法拉第环形器光纤劈裂扩束器光束准直器角度切割

公司简介

美国DPM Photonics公司成立于2009年，是一家为光纤,光纤组件、光纤激光器、放大器、精密光学和光学设计领域提供咨询和服务的公司。

产品列表

Precision Optics for High-Power Lasers

	Fiber-Related Precision Optics Including: High-Power Fiber Collimating Lenses Fiber Focusing Lenses Input Fiber Focusing Systems
	Beam Expanders
	Focusing Objective Lenses
	CO₂ F-Theta Scanning Lenses
	Custom Design and Prototypes
	Surplus Optics

Polarization Maintaining Fiber-Based Components

PM Fiber-to-Fiber Isolators

Center Wavelength	Max. Power Handling	Notes
850 nm	500 mW
850 nm	500 mW	BROADBAND (+/- 50 nm)
980 nm	1 W
1064 nm	300 mW
1064 nm	1 W	FOR PULSED APPLICATIONS
1064 nm	1 to 20 W
1060 nm	1 to 20 W	BROADBAND (+/- 50 nm)
1310 nm	500 mW
1310 nm	1 to 10 W
1480 nm	500 mW
1480 nm	1 to 10 W
1550 nm	500 mW
1550 nm	1 to 10 W
2000 nm	300 mW	BROADBAND (+/- 50 nm)

PM Fiber to Free Space Isolators

Center Wavelength	Collimated Output Beam Diameter	Max. Power Handling
1064 nm	0.5 1o 10mm	5 W
1064 nm	0.5 1o 10mm	10 W
1064 nm	0.5 1o 10mm	20 W
1550 nm	0.5mm	1 W
1550 nm	0.5mm	3 W
1550 nm	0.5mm	5 W
1550 nm	0.5mm	10 W

PM Fiber Collimators

Center Wavelength	Collimated Output Beam Diameter	Max. Power Handling
1030 nm	-	300 mW
1064 nm	-	300 mW
1310 nm	-	500 mW
1550 nm	-	500 mW
1030 nm	0.4 to 0.9mm	3 to 20 W
1064 nm	0.4 to 0.9mm	3 to 20 W
1550 nm	0.45 to 1mm	3 to 10 W

PM Filter Tap Couplers

Device Wavelength	Device Configuration	Max. Power Handling
1030 nm	1 x 2	300 mW
1030 nm	2 x 2	300 mW
1030 nm	1 x 2	500 mW
1030 nm	2 x 2	500 mW
1064 nm	1 x 2	300 mW
1064 nm	2 x 2	300 mW
1064 nm	1 x 4	300 mW
1064 nm	1 x 8	300 mW
1064 nm	1 x 2	500 mW
1064 nm	2 x 2	500 mW
1310 nm	1 x 2	500 mW
1310 nm	2 x 2	500 mW
1310 nm	1 x 4	500 mW
1310 nm	1 x 8	500 mW
1550 nm	1 x 2	500 mW
1550 nm	2 x 2	500 mW
1550 nm	1 x 4	500 mW
1550 nm	1 x 8	500 mW
2000 nm	1 x 2	500 mW
2000 nm	2 x 2	500 mW

PM FWDMs

Device Operating Wavelengths	Passband Wavelength	Reflection Band Wavelength	Max. Power Handling
980/1030 nm	960 - 990 nm	1010 - 1050 nm	300 mW
980/1030 nm	1010 - 1050 nm	960 - 990 nm	300 mW
980/1030 nm	960 - 990 nm	1010 - 1050 nm	1 W
980/1030 nm	1010 - 1050 nm	960 - 990 nm	1 W
980/1064 nm	960 - 990 nm	1020 - 1080 nm	300 mW
980/1064 nm	1020 - 1080 nm	960 - 990 nm	300 mW
980/1064 nm	960 - 990 nm	1020 - 1080 nm	1 W
980/1064 nm	1020 - 1080 nm	960 - 990 nm	1 W
980/1550 nm	1520 - 1580 nm	960 - 990 nm	500 mW
980/1550 nm	1520 - 1580 nm	960 - 990 nm	1 W
1064/1550 nm	1530 - 1570 nm	1054 - 1074 nm	300 mW
1064/1550 nm	1530 - 1570 nm	1054 - 1074 nm	1 W
1550/2000 nm	1950 - 2050 nm	1500 - 1600 nm	500 mW

PM Hybrid Components

PM Tap Coupler - Isolator Hybrid

Wavelength	Max. Power Handling	Input/Output Fiber	Tap Fiber
1064 nm	300 mW	PM 980 Panda	Hi-1060
1310 nm	500 mW	PM 1550 Panda	SFM-28e
1480 nm	500 mW	PM 1550 Panda	SFM-28e
1550 nm	500 mW	PM 1550 Panda	SFM-28e
1590 nm	500 mW	PM 1550 Panda	SFM-28e

PM WDM - Isolator Hybrid

Passband Wavelength	Reflection Band Wavelength	Max. Power Handling	Common/Pass Port Fibers	Reflection Port Fiber
1550 nm	980 nm	300 mW	PM 1550 Panda	Hi-1060
1550 nm	1480 nm	300 mW	PM 1550 Panda	SMF-28e

PM Tap Coupler - WDM - Isolator Hybrid

Signal Wavelengths	Pump Wavelength	Max. Power Handling	Signal Input & Output Port Fiber	Pump Port Fiber	Tap Fiber
1550 nm	980 nm	300 mW	PM 1550 Panda	Hi-1060	SMF-28e
1550 nm	1480 nm	300 mW	PM 1550 Panda	SMF-28e	SMF-28e

PM Fiber Inline Polarizers

Center Wavelength	Max. Power Handling
1064 nm	300 mW
1064 nm	3 W
1310 nm	500 mW
1310 nm	3 W
1480 nm	500 mW
1480 nm	3 W
1550 nm	500 mW
1550 nm	3 W

PM Optical Circulators

Center Wavelength	Configuration	Max. Power Handling
1064 nm	1 x 2	300 mW
1310 nm	1 x 2	500 mW
1550 nm	1 x 2	500 mW
1064 nm	2 x 2	300 mW
1310 nm	2 x 2	500 mW
1550 nm	2 x 2	500 mW

PM Fiber Bandpass Filters

Specs	Center Wavelength	Pass Band @ Attenuation Value	Pass Band @ 25 dB	Power Handling
View Specs	1064 nm	2 nm @ 3 dB	10 nm	500 mW
View Specs	1064 nm	5 nm @ 0.5 dB	22 nm	500 mW
View Specs	1064 nm	8 nm @ 0.5 dB	22 nm	500 mW
View Specs	1550 nm	5 nm @ 0.3 dB	13.5 nm	500 mW

PM Fiber Patchcords

Polarization Insensitive Fiber-Based Components

Fiber-to-Fiber Isolators

Center Wavelength	Configuration	Max. Power Handling	Notes
780 nm	Single Stage	500 mW	BROADBAND (+/- 50 nm)
850 nm	Single Stage	500 mW
850 nm	Single Stage	500 mW	BROADBAND (+/- 50 nm)
980 nm	Single Stage	1 W
1064 nm	Single/Dual Stage	500 mW
1064 nm	Single Stage	1 W	FOR PULSED APPLICATIONS
1064 nm	Single Stage	1 to 20 W
1060 nm	Single Stage	1 to 20 W	BROADBAND (+/- 50 nm)
1310 nm	Single/Dual Stage	500 mW
1310 nm	Miniature, Single/Dual Stage	500 mW
1310 nm	Miniature Twin, Single/Dual Stage	500 mW
1310 nm	Single/Dual Stage	1 to 10 W
1480 nm	Single/Dual Stage	500 mW
1480 nm	Miniature, Single/Dual Stage	500 mW
1480 nm	Miniature Twin, Single/Dual Stage	500 mW
1480 nm	Single/Dual Stage	1 to 10 W
1550 nm	Single/Dual Stage	500 mW
1550 nm	Miniature, Single/Dual Stage	500 mW
1550 nm	Miniature Twin, Single/Dual Stage	500 mW
1550 nm	Single/Dual Stage	1 to 10 W
2000 nm	Single/Dual Stage	300 mW	BROADBAND (+/- 50 nm)

Fiber-to-Free Beam Isolators

Center Wavelength	Collimated Output Beam Diameter	Max. Power Handling
1064 nm	0.5 to 10mm	5 W
1064 nm	0.5 to 10mm	10 W
1064 nm	0.5 to 10mm	20 W
1550 nm	0.5mm	1 W
1550 nm	0.5mm	3 W
1550 nm	0.5mm	5 W
1550 nm	0.5mm	10 W

Fiber Collimators

Center Wavelength	Collimated Output Beam Diameter	Max. Power Handling
850 nm	-	300 mW
980 nm	-	300 mW
1030 nm	-	300 mW
1064 nm	-	300 mW
1030 nm	0.4 to 0.9mm	3 to 20 W
1064 nm	0.4 to 0.9mm	3 to 20 W
1310 nm	0.4 and 0.5mm	3 to 10 W
1550 nm	0.45 to 1mm	3 to 10 W

Tap Filter Couplers

Device Wavelength	Device Configuration	Max. Power Handling
1030 nm	1 x 2	300 mW
1030 nm	2 x 2	300 mW
1030 nm	1 x 2	500 mW
1030 nm	2 x 2	500 mW
1064 nm	1 x 2	300 mW
1064 nm	2 x 2	300 mW
1064 nm	1 x 2	500 mW
1064 nm	2 x 2	500 mW
1310 nm	1 x 2	500 mW
1310 nm	2 x 2	500 mW
1550 nm	1 x 2	500 mW
1550 nm	2 x 2	500 mW

FWDMs

Device Operating Wavelengths	Passband Wavelength	Reflection Band Wavelength	Max. Power Handling
980/1030 nm	960-990 nm	1010-1050 nm	300 mW
980/1030 nm	960-990 nm	1010-1050 nm	1 W
980/1064 nm	960-990 nm	1020-1080 nm	300 mW
980/1064 nm	960-990 nm	1020-1080 nm	1 W
980/1550 nm	1500-1600 or 910-1010 nm	910-1010 or 1500-1600 nm	500 mW
980/1550 nm	1500-1600 or 910-1010 nm	910-1010 or 1500-1600 nm	1 W
1300/1550 nm	1530-1570 nm	1030-1070 nm	300 mW
1300/1550 nm	1530-1570 nm	1030-1070 nm	1 W
1480/1550 nm	1450-1490 or 1530-1580 nm	1530-1580 or 1450-1490 nm	500 mW
1480/1550 nm	1450-1490 or 1530-1580 nm	1530-1580 or 1450-1490 nm	1 W
1510/1550 nm	1500-1520 or 1530-1570 nm	1530-1570 or 1500-1520 nm	500 mW
1510/1550 nm	1500-1520 or 1530-1570 nm	1530-1570 or 1500-1520 nm	1 W
1550/1064 nm	1530-1570 nm	1030-1070 nm	300 mW
1550/1064 nm	1530-1570 nm	1030-1070 nm	1 W
1550/2000 nm	1950-2050 nm	1500-1600 nm	500 mW

Hybrid Components

PI Tap Coupler - Isolator Hybrid

Wavelength	Max. Power Handling	Input/Output Fiber	Tap Fiber
1064 nm	300 mW	Hi-1060	Hi-1060
1310 nm	500 mW	SMF-28e	SMF-28e
1480 nm	500 mW	SMF-28e	SMF-28e
1550 nm	500 mW	SMF-28e	SMF-28e

PI WDM - Isolator Hybrid

Passband Wavelength	Reflection Band Wavelength	Max. Power Handling	Reflection & Common Port Fiber	Pass Port Fiber
1550 nm	980 nm	500 mW	Hi-1060	SMF-28e
1550 nm	1310 nm	500 mW	SMF-28e	SMF-28e
1550 nm	1480 nm	500 mW	SMF-28e	SMF-28e

PI Tap Coupler - WDM - Isolator Hybrid

Configuration	Signal Wavelength, Pass	Pump Wavelength, Reflection	Max. Power Handling	Signal Input Fiber	Common Output Fiber	Pump Port Fiber	Tap Fiber
2 x 2	1550 nm	980 nm	500 mW	SMF-28e	Hi-1060	Hi-1060	SMF-28e
2 x 2	1550 nm	1480 nm	500 mW	SMF-28e	SMF-28e	SMF-28e	SMF-28e

Optical Circulators

Center Wavelength	Configuration	Pigtail Fiber	Max. Power Handling
1064 nm	1 x 2	Hi-1060	300 mW
1310 nm	1 x 2	SMF-28e	500 mW
1550 nm	1 x 2	SMF-28e	500 mW

Bandpass and ASE Filters

Filter Type	Wavelength Range	Pass Band @ Attenuation Value	Power Handling
Band Pass	1064 nm	22 nm @ 25 dB	300 mW
Band Pass	1528-1565 nm	37 nm @ 12 dB (Min)	500 mW
ASE	1544-1565 nm	21 nm @ 16 dB (Min)	500 mW

Fiber Patchcords

Pump Protection Filters

Fiber Preparation, Splicing and Bundling

Strip

Clean

Cleave

Splice

Automatic fiber preparation

Polyimide Fiber Processing

Tapering

Photonic Crystal Fiber

Large Diameter Processing

Fiber Bundling

MFA Processing

Ball Terming and Fiber Lensing

Lens Forming Station (LFS)

Fiber Testing

Opto-Mechanical Components

Alignment Gimbal MG001

[photo]

The Photonic Devices Model 11-MG001 was specifically designed for the precise alignment of laser beam expanders and focusing optics. Since most laser beams do not propagate along the mechanical axis of a laser rail, four (4) degrees of motion are required to optimize the performance of the mounted optical component. The 11-MG001 combines the features of a gimbal with an X-Y translator, thereby providing the adjustability necessitated by the alignment tolerances of most diffraction-limited optics. This gimbal can be mounted to either a Laser Carriage or Optical Rail slide mount via three #8/32 x 3/8" threaded holes. Standard bore diameters include 1.25", 1.48", and 1.50".

	Pitch	Yaw	X (Horizontal)	Y (Vertical)
Adjustment Range	(+/-) 4°	(+/-) 3°	(+/-) 0.12"	(+/-) 0.15"
Resolution	7 sec	5 sec	1 micron	1 micron


	16-GBE36-3x-1064 Beam Expander Mounted within 11-MG001 Alignment Gimbal

Advanced Simulation Software

		RP Fiber Power can calculate various properties of fiber modes, simulate the evolution of optical powers for fiber amplifiers, fiber lasers and ASE sources and perform numerical beam propagation calculations.
		RP Resonator is an advanced resonator design tool, which is particularly suitable for designing laser resonators.
		RP ProPulse can simulate the propagation of ultrashort pulses in mode-locked lasers, optical parametric oscillators and fiber devices.
		RP Coating is advanced software for designing optical multilayer structures, essential for developing laser mirrors, dispersive mirrors, filters and polarizers.

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