LASER COMPONENTS USA is a trusted sales organization providing cutting-edge photonic components to a wide variety of markets.
We specialize in a wide range of photonics applications with avalanche photodiodes and modules (Si and InGaAs), IR detectors (InGaAs, PbS, PbSe, pyroelectric), photon counting modules, laser diodes and modules (at different wavelengths and power), pulsed laser diodes (905 and 1550 nm), laser diode drivers, laser optics (standard or custom dielectric coated) and polarizers.
We have been serving customers over 15 years in North America with products from our manufacturing sites in Germany, Canada and the US, as well as from well-selected international suppliers.
Our Core Competencies:
LASER COMPONENTS USA is ITAR registered and compliant according to the United States of America, Department of State. Laser Components USA and Laser Components GmbH in Germany have a Manufacturing License Agreement (MLA) that is approved by the United States of America, Department of State, Directorate of Defense Trade Controls (DDTC) for the controlled export of ITAR optics specifications for the purpose of manufacturing ITAR laser optics in Germany that may be used specifically in USA military components.
LASER COMPONENTS designs and manufactures laser modules to fulfill specific requirements in industrial image processing applications -- a range of line lasers with a homogeneous power distribution generally used in metrology, as well as high power lasers and special housing units.
A prerequisite for 3-D stereo image processing requires the clear allocation of pixels in both camera images and in an image comparison. However, this is only possible on clearly textured surfaces, making it nearly impossible to clearly allocate monochrome surfaces with little or repetitive texture. Markers, or random patterns on the surface, are needed for assistance in the measuring process. LASER COMPONENTS now offers the FLEXPOINT MVstereo, a random pattern projector with 33,000 dots for 3-D stereo image processing.
LASER COMPONENTS offers Silicon Avalanche Photodiode (Si APD) Arrays for applications in LIDAR and ACC within the 800 to 900 nm wavelength range. The SAH series of Si APD arrays are typically used in Time-of-Flight (TOF) sensors for distance measurements, such as in automotive sensing applications.
Diffractive optical elements (DOEs) from LASER COMPONENTS are designed to be used as multi-spot beam splitters in beam shaping, and beam profile modifications with lasers and high power lasers. Using diffractive elements for beam splitting is advantageous in the instance of needing one element to produce several beams, or when very exact power separation is required. DOEs can also achieve precise positioning to create holes at clearly defined and accurate distances.
LASER COMPONETS offers a number of different drive electronics for simple operation of all types of high power laser diodes. The LDP-CW series enables operation with a different power level and a pulse width of from CW to 1 μs. The combination of an HP laser diode and driver module is used in medical technology, process engineering and testing technology, material processing, and printing technology.
Polarizers are used in a wide range of optical devices to filter or block polarized light for modulating or reducing brightness, analyzing light, polarizing light, and more. The colorPol® S is a nano-particle optical glass sheet polarizer designed with a unique capability to produce patterned polarizers with different spectral characteristics and different directions of polarization. They are capable of achieving high contrast and high transmission for the UV, VIS, NIR, and mid-IR ranges with a wide acceptance angle of ±20°.
Laser Components USA offers an array of infrared (IR) detectors and emitters used for many different applications including flame detection, gas monitoring, medical gas analysis, protein measurement, the inspection of surfaces, and other laser power monitoring applications.
LASER COMPONENTS offers PbS and PbSe infrared (IR) detectors for applications detecting infrared radiation. The Polycrystalline lead sulfide detectors (PbS) detect infrared radiation in the wavelength range between 1 µm and 3.3 µm, and exhibit a higher sensitivity then Polycrystalline lead selenide (PbSe). The PbSe standard semiconductor detectors are designed to detect IR radiation between the 1 µm and 5.2 µm wavelength ranges.
LASER COMPONENTS offers a series of powerful IR arrays designed specifically for IR spectroscopy, photometry, industrial process control, and biomedical analysis applications. The IG22 array series consists of 256 rectangular pixels made of extended InGaAs with a TE2 cooler, and is manufactured with an element size of 30 µm x 250 µm, and a pitch of 50 µm.
LASER COMPONENTS offers Deuterated Lanthanum α Alanine doped TriGlycine Sulphate (DLaTGS) detectors that are ideally suited for FTIR applications. Designed with the highest possible performance and the most effective pyroelectric effects, these detectors can be produced with any configuration, including VM configurations and CM configurations.
The Silicon Avalanche Photodiodes (Si APDs) from LASER COMPONENTS are designed for operation in the wavelength range between 250 nm and 1100 nm. These Si APDs are ideal for the detection of extremely weak light intensities due to the avalanche effect on them.
LASER COMPONENTS designs and produces high power pulsed laser diodes (PLDs) at 905 nm with high reliability, and high temperature stability. Applications for these laser diodes include range finding, speed monitoring, laser radars, security scanners, and laser light curtains, as well as in test and measurement systems.
LASER COMPONENTS designs and produces PLDs at 1550 nm with high power levels up to 50 W. This wavelength cannot be detected by common night-vision goggles, making the PLDs ideal for military laser rangefinder and friend/foe identification applications.
LASER COMPONENTS designs and manufactures dielectric coatings for a wide range of laser optics applications. The laser optics provided by LASER COMPONENTS are mostly OEM products that meet the individual customer's specifications; the products include substrates and dielectric coatings.
Laser Components USA, Inc.
116 South River Road, Building C
Bedford, NH 03110
Phone: 603 821 7040
Fax: 603 821 7041
Contact: Gary Hayes
Many research centers, like those for nuclear fusion and cancer, require high-energy lasers with megawatt and petawatt power capabilities. For centers like these to make breakthroughs, the optics used must be extremely robust with low absorption levels and state-of-the-art coating.
For autonomous flight, UAVs must independently detect obstacles and avoid them, monitoring their surroundings with LiDAR systems. This white paper discusses how the future of drones and UAV technologies will change the world we live in.
In ophthalmology, lasers are used for refractive surgery to burn, cut, or remove objects to achieve optimal refractive power. This article discusses the use of excimer and/or femtosecond lasers in multiple types of operations to correct defective vision
LASER COMPONENTS manufactures individual optical components with high requirements in terms of substrate, coating, packaging, and documentation. Custom optics, even in small quantities, are also available for a variety of different applications.
The key to making an instrument detector noise limited instead of circuit noise limited is understanding the relationships between signal-to-noise ratio and bias voltage, and between optical frequency chopping and detector noise levels.
A light-cutting process is a technique used for measuring profiles, high differences, and geometries based on the principle of laser triangulation with a system consisting of a lighting source, a camera, and evaluation software.
Since pyroelectric detectors are high output thermal devices, the noise output is typically the limiting item to their performance. This application note discusses the various sources of noise in these devices and how it can affect the performance in each application.
LASER COMPONENTS provides background information on the multiplication process in Silicon used in the materials for fabrication of PIN and Avalanche Photodiodes for visible and near IR applications. This app note presents approaches to designing APDs, as well as other helpful information on the use of APDs.
With ever increasing importance in data exchange and data security, cryptography, or the encoding of a message, becomes essential. A key must also be exchanged in order for the message to be decrypted. In order to protect the key exchange from being intercepted, quantum cryptography must be utilized.
LASER COMPONENTS can now provide custom ball lens profiles on the end faces of silica fibers. The plasma-based CMS process with ring-of-fire technology supports fiber diameters of 200, 365, 400, 550 and 600 μm, including other diameters within the limits of the equipment. For fibers used in medical applications, end-face processing can be carried out in a clean room in accordance with ISO 13485. The entire process is also compliant to ISO 13485 hygiene requirements.
With its FLEXPOINT Long Range Line Module, LASER COMPONENTS has developed a highly-precise positioning tool for long distances. Even at 50 m, the line is only 4 m long and can be adjusted to line widths of a few millimeters with an easy-to-use focusing device. The FLEXPOINT LR-L module is available with red (660 nm) or green (520 nm) lines. Customers have the choice of any output power in a range between 5 mW and 30 mW.
Lance Feldman has been the new general manager at LASER COMPONENTS Pyro Group in Stuart, Florida, since the beginning of the year. Since the start of the Pyro Group in July of 2014, he has been responsible for the production of pyroelectric detectors.
The LASER COMPONENTS Detector Group expands its standard range of linear Si APD arrays by LCC44 housings containing 8 and 16 elements. The SMD components can be mounted on circuit boards, while also providing enough space for the integrated multi-channel amplifier circuit. Their operation only requires the voltage for the array and 5 V for the electronics.
Christian Grunert has been appointed Director of Production for Laser Optics at LASER COMPONENTS. The 37-year-old engineer succeeds Uwe Schallenberg, who has been working in thin-film coatings since 1977 and served as head of this key department since 2014.
Thanks to its M18 thread, the FLEXPOINT MV18 line laser module can easily be integrated into standardized systems. LASER COMPONENTS is going to present this new product at the Vision Show 2018 in Boston, Massachusetts. It is designed to deliver homogeneous power distribution along the entire projected line – an important requirement for its use in machine vision.
LASER COMPONENTS has announced that its cost-effective SAH series of avalanche photodiodes (APDs) is now available in an M1 package. This is the smallest available SMD housing (Surface-Mounted Device), at only 2 mm x 1.4 mm. The new APDs will be presented at SPIE DCS in Orlando, Florida (Booth 1029).
LASER COMPONENTS presents two additions to its portfolio of high-precision alignment lasers: LT-PLM-635-01-C1 and LT-PLM-IRB-635-01-C1. At the exit point, the beams of these precision modules feature diameters of 1 mm and a squint angle of just 0.05 mrad, which equals 5/100 mm per meter distance from the target. With standard modules, the aberration from the center of the housing is considerably higher at 8.7 mm.
LASER COMPONENTS USA, specialized provider of laser and optoelectronic components in the US and Canada, introduces the new A4 series of compact APC laser diodes that offer additional protection for whenever an eye-safe radiation beam is required: As soon as the operating current exceeds a certain level, the automatic power control (APC) shuts down the laser diode.
LASER COMPONENTS USA, specialized provider of laser and optoelectronic components in the US and Canada, is proud to announce that the first of its products has achieved qualification for use in the automotive industry. Pulsed Laser Diodes (PLD) with a wavelength of 905 nm are key components for the LiDAR technology (Light Detection and Ranging) used in autonomous driving.