Integrated Optics

Available wavelengths in the blue range are: 405 nm, 450 nm, 488 nm. MatchBox CW lasers come in various configurations and center wavelengths. They can be single longitudinal mode (or narrow spectrum or multi-mode (regular spectrum), they have different types of output: MM/SM/PM fiber coupled, free space or SMA port versions. All of them come in the same, compact housing which contains everything: optical layout, driver electronics, TEC temperature control.

There are more than 150 CW laser configurations in the MatchBox product family. It offers a wide range of diode lasers, ranging from 375 nm to 1550 nm, coming in regular or narrow spectrum versions, having multiple options of output: MM/SM/PM fiber coupled, free space or SMA port. Fiber coupling is inside the sealed housing and temperature stabilized. MatchBox lasers have a very compact housing, which contains optical layout, driver electronics, that can enable up to 10 MHz externally triggered modulation and TEC temperature control. MatchBox lasers can also combine up to 4 different diode-wavelengths in one single housing with the same record-small footprint of 30 × 50 × 18 mm.

MatchBox series features diode-pumped lasers that have excellent beam quality, power stability and high contrast side-mode-suppression ratio. As all of the other MatchBox lasers, they come in various configurations considering output type (MM/SM/PM fiber coupled, free space and SMA port), wavelengths (532 nm, 1030 nm, 1064 nm, 1319 nm and 1342 nm). Some lasers are also available with single-longitudinal-mode configuration (532 nm, 1030 nm, 1064 nm).

All of the MatchBox CW lasers are available in a fiber coupled configuration: whether it is a single wavelength diode, or DPSS laser, or multiwavelength laser combiner, it can be coupled into multi-mode, single-mode or polarization maintaining fibers. Fiber coupling is inside the sealed housing and temperature stabilized. Single mode fibers have 3–5 µm diameter cores, while multi-mode fiber core can be chosen 50 µm to 600 µm in diameters. Standard fiber termination options are FC/PC, FC/APC and SMA connector and the fiber cladding is metal, PVC-cladding is possible on request. For higher quantity-demands, a custom fiber termination can be made with a collimator against NRE.

Integrated Optics is the company that offers purpose-built CW lasers for fluorescence spectroscopes manufacturers. Its MatchBox laser is a perfect choice both for industrial and scientific end users in need of precise light source for effective excitation of specimen. MatchBox lasers come in various configurations considering the output type, wavelength selection and offers compact size for your convenience, so everyone can find what they need. It also can be made to have up to 4 different diode wavelengths, so you wouldn’t need to change the light source when you change the fluorophores. All wavelengths including combiners are offered in this similar record-small footprint of 30 × 50 × 18 mm and could be easily exchanged in any instruments as OEM part.

Almost whole wavelength range of MatchBox lasers have frequency-stabilized configuration. That includes both diode and solid state lasers with both free space and fiber coupled output types. Also, they can be made with internal clean-up filters. Lasers come with all driver electronics integrated inside the compact laser body, which makes it a very convenient tool to put into your RAMAN or quantum cryptography systems. Even our passively Q-switched nanosecond laser can be delivered in a stabilized configuration for your research work.

MatchBox lineup is strengthened with a wide selection of DPSS green lasers. They come in various output power levels, output types, both in regular and narrow spectrum options. Particular, our MM/SM or PM fiber coupled versions could simplify each set-up. Fiber coupling is realized inside the sealed housing and temperature stabilized. Green MatchBox lasers feature attractive beam quality and side-mode-suppression ratio values. They are perfect for your Raman applications.

All wavelengths and a version with a 4 different wavelength combiner are offered in this similar record-small footprint of 30 × 50 × 18 mm and can be easily exchanged for different instrument configurations. All lasers are robust, easy to integrate, a perfect solution for the scientific industry that requires integration of lasers, with up to 150 configurations that feature various wavelengths, output types, power levels and fiber-options with collimator or other beam-shaping solutions.

Integrated Optics manufacture their own production robots. Special customer requirements can be realized and even produce parts from the optical bench of the measuring instrument in a sealed housing. The production department has outstanding expertise in the field of permanently stable optical alignment of micro-optics and do this in a clean room environment. Costs for optics can be reduced through the miniaturization possibilities. Integrated Optics is happy to support you in scaling up your prototype to industrial series production.

Please contact us to start the discussion.

There are more than 150 CW laser configurations in the MatchBox product family. It contains wide selection of diode lasers, ranging from 375 nm to 1550 nm, coming in regular or narrow spectrum versions, having multiple options of output: MM/SM/PM fiber coupled, free space or SMA port. Fiber coupling is inside the sealed housing and temperature stabilized. MatchBox lasers have a very compact housing, which contains optical layout, driver electronics, that can enable up to 10 MHz externally triggered modulation and TEC temperature control. MatchBox lasers can also combine up to 4 different diode wavelengths in one single housing with the same record-small footprint of 30 × 50 × 18 mm.

Integrated Optics offers a perfect solution for scientific industry and researcher that requires fast and simple integration with smart functionality. MatchBox CW lasers come in compact, comfortable size, with up to 150 configurations that feature various wavelengths, output types, power levels and fiber-options. Many customers are happy to take advantage of convenience that MatchBox lasers provide in integrations process. MatchBox lasers can also combine up to 4 different diode wavelengths in one single housing that still has the same record- small footprint of 30 × 50 × 18 mm.

Integrated Optics is the company that offers purpose-built CW lasers for microscopy, whether it is Raman or fluorescence microscopy. A MatchBox laser is a perfect choice both for industrial and scientific end users in need of precise light source for effective excitation of specimen and feature spectrally-stabilized configurations that can be made with clean-up filters – perfect for Raman spectroscopy. MatchBox lasers come in various configurations considering the output type, wavelength selection, MM/SM and PM-fiber output and has a compact size for your convenience. So everyone can find what they need. It also can be made to have up to 4 different diode wavelengths, so you wouldn’t need to change the light source when you change the fluorophores. All of this is offered with this record-small footprint of 30 × 50 × 18 mm.

We offer a 405 nm single longitudinal mode (SLM) diode laser, purpose-built for the demanding realm of quantum cryptography. Its output power reaching 100 mW, exceptional coherence and minimal linewidth make it a vital tool. Its applications extend to quantum imaging for cancer cells diagnostic, quantum key distribution systems, quantum encryption networks, and quantum communication protocols, all of which rely on its precision and stability to safeguard sensitive data against potential threats. These features make it an ideal choice for quantum key distribution and secure data transmission in quantum encryption systems, ensuring the utmost data security in a straightforward and practical manner. Another popular wavelength for quantum applications – 785 nm, – can also be offered in various configurations suitable for quantum cryptography.

On request, Integrated Optics manufacture single fibers with Bi-end-caps in custom lengths for quantum customers to avoid burned fiber tips in the UV range.

MatchBox single longitudinal mode lasers are a perfect choice for Raman applications due to their convenience in integration into spectroscopy and microscopy systems. This laser was designed with a focus on compactness and performance. Its remarkable stability, narrow linewidth, and high beam quality make it an ideal choice for demanding Raman spectroscopy applications. Small footprint, units with fibers and exceptional performance empower researchers to conduct precise molecular analysis with ease, providing a reliable source for studying molecular vibrational modes and achieving outstanding spectral results. Most often used wavelengths are: 405 nm, 488 nm, 532 nm, 633 nm, 785 nm, 830 nm, 1030 nm, 1064 nm. Integrated Optics supplies CW single-longitudinal mode lasers with all the mentioned wavelengths for a competitive price and possible free-space configuration with clean-up filter integrated inside the laser housing.

All Integrated Optics lasers including the version with 4 wavelengths diode combiner and nanosecond lasers have this record-small footprint of 30 × 50 × 18 mm. There are more than 150 CW laser configurations in the MatchBox product family. It contains wide range of diode and DPSS lasers, emitting from 375 nm to 1550 nm, coming in regular or narrow spectrum versions, having multiple options of output: MM/SM/PM fiber coupled, free space or SMA port. MatchBox lasers are manufactured in this very compact housing, which contains optical layout, driver electronics that can enable up to 10 MHz externally triggered modulation, TEC temperature control.

Integrated Optics’ supply is not limited to the MatchBox series, we also offer even more compact sources: the CW 785 nm spectrally stabilized version of high power diode laser Samogitian; and passive Q-switch nanosecond 1030 nm µFlash. Both platforms are laser heads only for easy integration; a demo driver electronics board can be supplied separately.

We offer up to 4 diode wavelengths in this record-small footprint of 30 × 50 × 18 mm. Imagine the convenience of having four different wavelengths at your fingertips, all emanating from a single output. With this laser combiner, you can easily switch between wavelengths, streamlining your workflow and enhancing the accuracy of your experiments.

Whether you're delving into life sciences, conducting fluorescence research, or exploring similar applications, our visible light spectrum CW lasers excel in these demanding use cases. Other applications include microfluidic devices that use laser-induced chemical reactions and optical trapping where high precision and low optical noise is essential.

The output type options include free-space, SM, PM, or MM fiber-coupling. The package includes up to 4 laser diode drivers, TEC driving electronics, a microprocessor, and the precision-aligned electro-optical part.

Integrated Optics offers the most compact housing (30 × 50 × 18 mm) for a self-contained nanosecond lasers at 1029 nm, featuring high pulse energy and single-frequency operation. These nanosecond lasers are based on the famous MatchBox platform and compatible with all accessories. Some of the cool features include USB power and USB control, intelligent monitoring and protection, all-in-one design.

These miniature nanosecond lasers are used in LIDAR, laser-induced breakdown spectroscopy (LIBS), pump–probe spectroscopy, flow cytometry, sorting and Raman spectroscopy. MatchBox nanosecond pulse modules deliver high-end performance in a miniature package. Smart power electronics is installed in the same enclosure.

Also, an ultra-compact 1029 nm nanosecond laser with a high peak power passively Q-switched transmitter for OEM LIDAR and range finding applications is offered in even more compact µFlash platform.

For almost every offered wavelength, we can offer a narrow spectrum option with the same compact MatchBox housing and providing the same wide range of selection for your configuration, considering the output types (MM/SM-PM fiber-options, SMA-connector) and power levels, internal temperature control and driver electronics inside of the laser’s housing. These lasers are essential for precise scientific applications, such as Raman spectroscopy or quantum cryptography. They can also be manufactured with clean-up filters inside the housing to improve the side-mode-suppression ratio. Passively Q-switched lasers are also available in narrow-linewidth versions.

All wavelength versions including the one with the 4 different wavelength combiner are offered with this record-small footprint of 30 × 50 × 18 mm and can be easily exchanged for different instrument configurations. All lasers are a robust, easy to integrate, a perfect solution for the scientific industry that requires integration of lasers, with up to 150 configurations that feature various wavelengths, output types, power levels and fiber-options with collimator or other beam-shaping solutions. Integrated Optics manufacture their own production robots. Special customer requirements could be realized and even produce parts from the optical bench of the measuring instrument in a sealed housing. The production department has outstanding expertise in the field of permanently stable optical alignment of micro-optics and do this in a clean room environment. Costs for optics can be reduced through the miniaturization possibilities. Integrated Optics is happy to support you in scaling up your prototype to industrial series production.

Please contact us to start the discussion.

Integrated Optics offers the most compact housing (30 × 50 × 18 mm) for a self-contained nanosecond lasers at 1029 nm, featuring high pulse energy and single-frequency operation. These nanosecond lasers are based on the famous MatchBox platform and compatible with all accessories. Some of the cool features include USB power and USB control, intelligent monitoring and protection, all-in-one design.

These miniature nanosecond lasers are used in LIDAR, laser-induced breakdown spectroscopy (LIBS), pump–probe spectroscopy, flow cytometry, sorting and Raman spectroscopy. MatchBox nanosecond modules deliver high-end performance in a miniature package. Smart power electronics is installed in the same enclosure.

Also, an ultra-compact 1029 nm nanosecond laser with a high peak power passively Q-Switched transmitter for OEM LiDAR and range finding applications is offered in the even more compact µFlash platform.

All Integrated Optics lasers including the 4 wavelengths diode combiners and nanosecond lasers have this record-small footprint of 30 × 50 × 18 mm. There are more than 150 CW lasers in the MatchBox product family. Integrated Optics offers a perfect solution for scientific industry and researcher that requires integration of lasers. Please ask for non-standard specifications, output-powers or other special requests. Integrated Optics colleagues will always check what is possible in production. As example, fiber coupling, there are special fibers offered on request in individual length and with end-caps to avoid burned fiber tips, or single fibers with Bi-end-caps for quantum customers.

There are more than 150 CW laser configurations in the MatchBox product family. It contains a wide range of diode lasers, emitting between 375 nm and 1550 nm, coming in regular or narrow spectrum versions, having multiple options of output: MM/SM/PM fiber coupled, free space or SMA port. Fiber coupling is inside the sealed housing and temperature stabilized. MatchBox lasers have a very compact housing, which contains optical layout, driver electronics, that can enable up to 10 MHz externally triggered modulation and TEC temperature control. MatchBox lasers can also combine up to 4 different diode-wavelengths in one single housing with the same record-small footprint of 30 × 50 × 18 mm.

Almost every offered laser wavelength version has a narrow spectrum option, comes in the same compact MatchBox housing and provides the same wide range of selection for your configuration concerning the output types (MM/SM-PM fiber-options, SMA-connector) and power levels, internal temperature control and driver electronics inside of the laser’s housing. These lasers are essential for precise scientific applications, such as Raman spectroscopy or quantum cryptography. They can also be manufactured with clean-up filters inside the housing to improve the side-mode-suppression ratio. Passively Q-switched lasers are also available in narrow-linewidth versions.

The MatchBox series features diode-pumped lasers that have excellent beam quality, power stability and high contrast side-mode-suppression ratio. As all of the other MatchBox lasers, they come in various configurations concerning output type (MM/SM/PM fiber coupled, free space and SMA port), wavelengths (532 nm, 1030 nm, 1064 nm, 1319 nm and 1342 nm).

Some lasers are also available with single-longitudinal-mode configuration (532 nm, 1030 nm, 1064 nm).