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Don't miss RPMC Lasers Up to 60% off -
Year-End Inventory Sale!
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Up to 60% off on a large selection of in stock lasers, laser modules, and laser diodes.
Brand new products - Full Factory Warranty
Limited supplies! The special prices are only good for in-stock lasers. Call to reserve the products before they are gone.
Same Day Shipping! If ordered before noon, we will ship out the same day.
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In this Issue:
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- NEW, Low cost OEM laser diode driver, Model 787
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- Multichip High Power Laser Diode Modules
- Fiber Coupled Laser Diodes - Multi-Emitters - Higher Power
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- Laser Modules for Biophotonics - 375nm - 1064nm
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- Tunable Lasers: Radiant, Phocus, Opolette, & Magic Prism
- 1.5um Fiber Lasers and Amplifiers for the Autonomous LIDAR
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- 1512nm single-wavelength laser diode for Ammonia detection
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What's New:
Low Cost OEM Laser Diode Drivers, Model 787
The Model 787 OEM laser diode driver is a highly efficient, current regulated, low ripple tri-phase laser diode driver designed to power pulsed and CW high current laser diode stacks.
Features Include:
- Output current up to 1.2 Amps
- Output pulse width - 10nsec to CW
- Compliance voltage to 3.0V
- Fast rise time of 6nsec
- 5VDC input power
- RoHS Compliant
Proprietary technology allows a 50A, 5.0V driver with industry-leading efficiency and footprint. Multiple drivers can be stacked together to achieve output currents of 200A or higher. The driver includes open circuit, short circuit, over-temperature and under voltage lockout protection.
Additional OEM Boards
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DIODES:
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Multichip High Power Laser Diode Modules!
Multichip high power laser diode modules are available in 3, 5, 7, or 8 laser diode chips in the package. The laser diode chips can be the same wavelength for higher output power or different wavelengths. This
family of laser diode modules is the most comprehensive in the industry. We offer fiber-coupled and free-space laser modules with optical output power from 2W up to 1kW operating at wavelengths ranging from 375nm to 2 microns.
450nm 980nm
520nm 1064nm
650nm 1210nm
793nm 1470nm
808nm 1550nm
885nm 1680nm
915nm 1720nm
940nm 1907nm
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Fiber Coupled Laser Diodes - Multi-Emitters - Higher Power
Fiber-Coupled Laser Diodes featuring multiple single emitter diode lasers build upon the foundation of multi-emitter coupling technology, to obtain high power and high brightness
fiber-coupled diode laser. A variety of packages with optional functions of an aiming beam, photodetector, TEC, fiber detector, thermistor and other functions are available.
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MODULES:
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Laser Modules for Biophotonics - 375nm-1064nm!
Laser modules for Biophotonics typically require a precise wavelength, low noise, stable performance, and good beam parameters. These lasers meet these requirements and offer one of the widest wavelengths selections available.
- Ultra Low Noise < 0.5% rms
- TEM00 circular beam
- Beam pointing < 5 μm/°C
- Fast TTL and analog modulation
- USB and RS232 computer interface
- Remote control box with power display (CDRH)
The
LBX laser modules are available in an "OEM" version, intended for system integration or in a "Plug & Play", CDRH-compliant version for academic users.
Click Here for Complete list of Wavelengths and Features
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LASERS:
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Opotek specializes in
OPO tunable laser products that range from stand-alone OPO modules to complete scientific instruments. We offer innovative products that provide flexibility, performance, economy,simplicity, and reliability. Our main focus is to build dependable systems that not only excel in performance but are also easy to use and maintain.
Opotek offers 4 different types of Tunable Laser Systems: Radiant, Phocus, Opolette, & Magic Prism as well as a custom system.
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1.5um Fiber Lasers and Amplifiers for the
Autonomous LIDAR Industry
RPMC Lasers, Inc. provides compact 1.5µm fiber lasers and fiber amplifiers that can be configured to meet the demands of the autonomous LIDAR market.
These robust, compact packages are primarily based upon BKtel' s standard GFL fiber laser, GOA, and MOA fiber amplifiers. Their ability to be tuned or customized, as well as their competitive price point and production capabilities, position them well in these high-volume markets that demand performance at a reasonable price.
MORE
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Supplier Spotlight:
LDX Optronics was incorporated in 1990 by Dr. Jeffrey A. Morris, its founder and president. LDX is focused on high power multimode laser diodes in the wavelength range of 400nm - 1900nm. We offer a range of standard products, but also provide custom solutions for specialized applications.
Our management team has over five decades of combined experience in semiconductor laser manufacturing. We emphasize quality and consistency in our manufacturing processes. Each wafer is extensively qualified and life tested, and each device undergoes a thorough burn-in prior to shipment.
LDX packages thousands of devices every year. Our package range includes chip-on-submount, C-mount, B-mount, Q-mount, array package, and other open heatsinks. We offer hermetically sealed window packages such as 9mm, TO-3, and HHL. Also available are a variety of fiber coupled packages and customized assemblies including micro-lenses and photodiodes.
The LDX laboratories and offices are located in Maryville, Tennessee. The 6,250 sq. ft. facility includes cleanrooms for laser packaging, optical assembly, burn-in, and characterization. LDX is a manufacturer and most of the facility is dedicated to manufacturing. Sales and marketing functions are handled by our partner RPMC Lasers Inc. in O'Fallon, MO.
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Application Notes:
1512nm Single Wavelength Laser Diode for Ammonia Detection.
Eblana offers a 1512nm single wavelength laser diode for ammonia detection in tunable diode laser absorption spectroscopy (TDLAS) systems. This laser is available as a high performance "14 pin Butterfly" component (with integrated TEC and isolator) or also at a higher level of integration with a built-in low noise current driver and a temperature controller in the form of Eblana's "DX1-Sensing" module.
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Upcoming Events:
Join thousands of your peers - scientists, engineers, and executives - at the most comprehensive technical conference and exhibition spanning biophotonics for brain research and healthcare, lasers for research and advanced manufacturing, sensors and camera systems, imaging and displays, communications and optoelectronics, plus the core optical components that enable many of today's consumer products.
White Paper:
How to Improve Laser Diode Lifetime:
Advice and Precautions on Mounting.
This 11 page White Paper on How to Improve Laser Diode Lifetime addresses the importance of the mounting or heatsinking of laser diode packages. Laser diodes have increased in output power and the increased power means added waste heat to contend with. The mounting or heatsinking of the laser package is of tremendous importance because operating temperature has a strong influence on laser lifetime and performance. Achieving correct mounting or heatsinking of the laser package effectively is not as simple as many would assume. This article will discuss the various package types and the best practices for ensuring you are mounting the laser diode correctly. Correct mounting or heatsinking will ensure the best performance and longest lifetimes.
To read our White Paper on How to Improve Laser Diode Lifetime Click Here.
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