オプトテック Product Lineup

The products include Pockels cells, EO modulators, drivers, Faraday rotators, and polarizers. We can also supply systems with Pockels cells that enable high-speed switching, which is necessary for Q-Switch systems and ultrafast pulse laser systems.

• Other inspection equipment and devices

We can supply a wide range of products from one-off to OEM. For example, optical fiber cables for spectral analysis can be delivered according to customer specifications, including core diameter, number of fibers, and fiber arrangement shape. Additionally, we can also assist with inquiries regarding focusing optical systems, not just optical fiber cables.

• LAN/Optical cable

We are particularly skilled in the joint development of custom-made products on demand, capable of handling everything from hardware to software development. Not only is the beam profiler a high-quality product on its own, but its accessory, the high-power laser attenuator, is also a well-developed product that is already being used by many customers.

• Optical Measuring Instruments

As a specialized manufacturer of laser power and energy meters, we supply products worldwide. We are currently also handling laser beam profilers, and we have become capable of responding broadly to customer requests, not only for laser output measurement equipment.

• Optical Measuring Instruments

We are producing crystals using the Heat Exchanger Method (HEM). Since 1987, the development of laser oscillation using titanium sapphire crystals has been achieved, making the manufacturing and sales of titanium sapphire crystals possible. Currently, we supply a variety of titanium sapphire crystals, ranging from high-doped oscillator crystals to large-diameter amplifier crystals.

• Other metal materials

We are now able to perform everything in-house, from processing and polishing glass substrates to coating. In addition to high-output laser multi-layer coatings, we also accommodate optical components necessary for dispersion compensation using ultra-short pulse laser technology, and we support the main short pulse laser wavelengths.

• Other optical parts

We have started the manufacturing and sales of ultra-short pulse titanium sapphire oscillators using dispersion compensation mirrors, and currently, we offer oscillators with a pulse width of 7 fs as part of our product lineup. We provide the know-how of the components used inside the laser as optical components. Our product range is specialized for ultra-short pulse titanium sapphire lasers, so if you are using an ultra-short pulse titanium sapphire laser, please check our catalog for these products.

• Other optical parts

We are an optical components manufacturer specializing in dielectric multilayer coating products such as mirrors, lenses, prisms, and polarizers for lasers. With a rich inventory and a diverse range of products, we supply the necessary components to our customers in a short delivery time and at reasonable prices, and we are already being used by many researchers and developers in Japan.

• Other optical parts

We specialize in the production and supply of polarizing elements. Our main products include ultraviolet region (λ<350nm) grand prism polarizers, grand prism polarizers with a transmission wavefront accuracy of λ/10, ultra-broadband 600-2700nm achromatic wave plates, achromatic lenses for femtosecond pulses, achromatic lenses for UV-VIS-IR, and unique products such as UV objective lenses for laser focus (for Spatial Filter).

• Other optical parts

We handle a variety of optical components used with carbon dioxide lasers, such as ZnSe lenses, copper mirrors, and circular polarizing mirrors (phase retarders). We also offer various replacement parts compatible with major carbon dioxide laser manufacturers. Our products are designed to satisfy both price and quality. We invite you to try them out.

• Other processing machines

Numerical analysis is very effective for experiments on supercontinuum light generation, but the analysis can be a tedious task. The propagation analysis in ultra-short pulse optical fibers uses the nonlinear Schrödinger equation. This software is designed to analyze the nonlinear Schrödinger equation using split-step Fourier transform. There is also a demo version with limited functionality, so please give it a try.

• Analytical Equipment and Devices