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Manufacturer: CNI Laser (China) This is a CW single-frequency DPSS red laser with a wavelength of 639nm. It is a model with a spatial output beam of 400mW. The coherence length exceeds 50m.

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Manufacturer: CNI Laser (China) This is a CW single-frequency DPSS blue (blue) laser with a wavelength of 457nm. It is a model with a spatial output beam of 1W. The coherence length exceeds 50m.

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Manufacturer: CNI Laser (China) This is a CW diode laser with a wavelength of 980nm. It is a 100W model with fiber output beam. Analog and digital modulation are available as options.

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Manufacturer: CNI Laser (China) This is a CW green (green) laser with a wavelength of 532nm, ideal for embedded applications with a compact body. It is a 5W model with a spatial output beam. Fiber output and analog/digital modulation are available as options.

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Manufacturer: CNI Laser (China) This is a nanosecond short pulse laser with a wavelength of 1064nm. It is a high-energy model with a pulse energy of 500mJ. It can be synchronized with external signals.

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Manufacturer: CNI Laser (China) This is a CW blue-purple (blue-violet) laser with a wavelength of 405nm. It is a model with a spatial output beam of 3W. Fiber output and analog/digital modulation are available as options.

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Manufacturer: CNI Laser (China) This is a CW purple (violet) laser with a wavelength of 375nm. It is a model with a spatial output beam of 100mW. Fiber output and analog/digital modulation are available as options.

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Manufacturer: CNI Laser (China) This is a CW UV (ultraviolet) laser with a wavelength of 360nm. It is a single longitudinal mode model with a spatial output beam of 50mW. Fiber output is available as an option.

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Manufacturer: CNI Laser (China) This is a nanosecond short pulse laser with a wavelength of 355nm. It is a high-energy model with a pulse energy of 2mJ. It can be synchronized with external signals.

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Manufacturer: CNI Laser (China) This is a CW red laser with a wavelength of 660nm. It is a 3W model with fiber output beam. Analog and digital modulation are available as options.

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Manufacturer: CNI Laser (China) This is a CW orange (orange) laser with a wavelength of 607nm. It is a model with a spatial output beam of 200mW. Fiber output and analog/digital modulation are available as options.

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Manufacturer: CNI Laser (China) This is a high-power CW yellow laser with a wavelength of 589nm. It is a model with a spatial output beam of 4.5W. Fiber output and analog/digital modulation are available as options.

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Manufacturer: Access Laser (USA) The Access Laser CO2 laser "DL500" is a model developed for dental applications. The wavelength of 9.3µm has good absorption in dental enamel, and with a high energy of 12mJ and a high peak power of 500W, it enables minimally painful treatment of hard tissues. It can also be used for procedures such as hemostasis in soft tissues. Being air-cooled, it is easy to integrate into devices and is user-friendly.

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Manufacturer: Access Laser (USA) Access Laser's CO2 laser "SLX" is a model developed for OEMs with a compact and user-friendly design. Any wavelength within the range of 9.2 to 10.7 µm can be set at the time of manufacturer shipment (wavelength variable option available). The resonator uses an inverter with a low thermal expansion coefficient, and is equipped with a standard resonator adjustment mechanism called "Line Tracker," which maintains a constant housing temperature and actively controls the resonator length. Specifications such as an average power of 1W (at the strongest oscillation line), a narrow linewidth of 100kHz, high beam quality with M2 < 1.2, and output stability of ±3% make it an optimal laser for infrared spectroscopy light sources.

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Manufacturer: PriTel (USA) PriTel's compact and reasonably priced femtosecond laser "FFL-FR-HP" series is a 100mW model with a built-in EDFA. It emits pulses as short as 72fs with a 25cm PM patch cord. The standard FFL series allows for variable pulse width and wavelength tuning by exchanging bandpass filters, while the FFL-FR series reduces costs by fixing the pulse width and wavelength. It is widely used in applications such as research and development, optical switching, optical frequency combs, and terahertz wave generation.

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Manufacturer: CNI Laser (China) This is a high-energy nanosecond model that emits an intensely strong light at a wavelength of 556nm, so bright that it is difficult to keep your eyes open. It has an average power of 25W, pulse energy of 5mJ, pulse width of <570ns, and a repetition rate of 1–4kHz, making it a Q-switched laser. It operates on AC220V, with both internal and external trigger capabilities, and is water-cooled. This model is ideal for applications requiring high energy in the yellow-green wavelength range. It can be proposed up to a maximum of 50W.

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Manufacturer: CNI Laser (China) This is a custom specification mode-locked fiber laser characterized by a narrow linewidth in the picosecond pulse range. It achieves an average power of 1W, a repetition rate of 100MHz, a pulse width of 17ps, and a narrow linewidth of 125pm with linear polarization. Control is operated via dedicated software from a computer. With high beam quality and stability, and a compact air-cooled housing, this fiber laser is suitable for both research and OEM applications.

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Manufacturer: CNI Laser (China) This is a high-power CW blue laser with a wavelength of 444nm. It couples with a 400µm core multimode fiber, and the power from the SMA905 connector is 25W. Modulation options up to 30kHz (analog and digital), guide light options, and collimated output are also available. It is an easy-to-use high-power diode laser with a compact body and air cooling.

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Manufacturer: CNI Laser (China) This is a high-energy nanosecond blue laser with a fiber output at a wavelength of 447nm. It features a pulse energy of 40µJ, a pulse width of <5ns, and a repetition rate of 10kHz with an AO Q-switch. This model supports both internal and external trigger drive, is air-cooled, and is ideal for applications requiring high energy in the blue wavelength range. Its compact design and air-cooled specifications make it suitable for a wide range of uses, including research and OEM applications.

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Manufacturer: CNI Laser (China) This is a high-energy DPSS laser with a wavelength of 266nm. It has a short pulse duration of 5ns, a variable repetition rate of 1Hz to 1kHz, and a pulse energy of 100µJ. Control is performed via a dedicated software on a computer or by connecting an included display. The air-cooled, compact housing makes this laser suitable not only for research but also for OEM applications.

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Manufacturer: Pantec Biosolutions (Liechtenstein) This is an Er:YAG laser with a wavelength of 2.94µm and an average power of 50W. It boasts a compact size of 60 x 120 x 75 mm while delivering high power of 50W. Control is managed via command from a computer, making it suitable for OEM applications. The pulse width can be set between 40 to 600µs, and the repetition rate is variable from 5 to 1000Hz. It achieves 50W of power with a pulse width of 400µs and a repetition rate of 250Hz. It is used in applications such as esthetics, dermatology, dentistry, otolaryngology, orthopedics, laser processing, and defense.

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Manufacturer: AdValue Photonics (USA) This is a custom nanosecond laser with a wavelength of 1985nm and an average power of 27W, which can also be used as an optical amplifier when combined with another laser by changing the optical connector. It features a rare single longitudinal mode oscillation for a pulse laser, with a repetition rate of 400kHz, a pulse width of 6ns, and is a fiber laser with linear polarization. The wavelength can be varied by inputting voltage (max 0.2nm). When used as an optical amplifier, it can be combined with pulsed and CW lasers in the wavelength range of 1940 to 2000nm. This model is optimal for using multiple light sources at high power in the 2µm range.

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Manufacturer: art photonics (Germany) art photonics has developed a multi-spectral optical fiber probe that enables simultaneous analysis of multiple liquid and solid samples using ATR (Attenuated Total Reflectance) mid-infrared spectroscopy and fluorescence methods. The design of this probe has been optimized for light propagation using ray tracing technology. It has been confirmed to match the performance of both visible and mid-infrared light probes. The ability to convey complementary chemical information from the measurement point has been tested with biological tissue samples. Quantitative analysis of biological tissues is one of the most important applications of this multi-spectral probe.

• probe

Manufacturer: Korean Laser Technology (South Korea) Korean Laser Technology (KLT) offers a variety of VCSEL modules. The wavelengths range from 808nm to 1550nm, with power from 5mW to 800W, featuring top-hat beams and various packaging options. It is also possible to integrate VCSELs with diffusers or photodiodes. We select the appropriate chip based on the required range, such as for close-range (10-20cm), proximity (up to 2m), or mid-range (up to 5m) applications. These modules are widely used in applications such as machine vision, gas, smoke, and dust detection, LIDAR, laser curtains, and optical communication. KLT designs the optimal module according to the specifications requested by our customers. All products are custom-made.

• Laser Components

Manufacturer: CNI Laser (China) The "HP" is a handheld power meter. It has a wavelength range of 190nm to 20µm, a compact body measuring 20cm in length, and is available in two models depending on the measurement power. The measurement area is large at 22mm, making it compatible with many laser beams. The HP, which allows for easy power measurement, is an extremely beneficial tool for field operators who need to frequently check laser power.

• Other measurement, recording and measuring instruments

Manufacturer: VIGO Photonics (Poland) The "AMS3140-01" is a cost-effective solution developed for mass production projects. Its built-in amplifier and temperature controller provide stable responsiveness over a wide range of ambient temperatures. The wide bandwidth and low 1/f noise corner frequency enable efficient measurements when used with common heat sources such as MEMS microheaters and pulse LEDs/lasers. The differential output allows the AMS3140-01 to be easily connected to connectors with strong resistance to electromagnetic interference. Its compact housing makes it easy to integrate into the user's system. ● Built-in temperature controller ● Chip temperature controllable from pins ● Low 1/f noise corner ● Single low supply voltage: 3.3 V ● Differential output ● Ultra-compact: 30 x 19 x 10 mm ● Low power consumption ● Evaluation kit available

• Sensors

Manufacturer: Sacher Lasertechnik (Germany) The Serval Plus amplifier system is a system that can amplify the Littman/Metcalf master laser from 500 to 2500mW using a taper amplifier. It allows the high-performance Littman/Metcalf laser to be used at high power. The 'TEC-420-0785-1500-FC' is a model equipped with a polarization-maintaining fiber output option, featuring a high-power model with 1.6W before the fiber and 800mW after the fiber. The built-in seed laser is an external cavity laser of the Littman type, and the wavelength after amplification can be varied from 780 to 800nm. This model is ideal for applications requiring high output, such as Raman spectroscopy.

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Manufacturer: art photonics (Germany) ATR spectroscopy in the mid-infrared spectral range (λ = 2~18 μm) is the most efficient method for remote inline monitoring of molecular composition in field labs. This is due to the deep relationship of many molecular vibrations with this spectral range. art photonics has developed the world's longest ATR fiber probe that corresponds to the wavelength range of 6~16 μm.

• probe

Manufacturer: PriTel (USA) PriTel's low-noise optical amplifier "LNFA" series can amplify weak light with low noise through a tandem configuration of a preamplifier and power amplifier. The noise figure of the 33dBm (2W) model is a low noise of "<4.5dB @0dBm input." Output between stages after preamplification is also available as an option. It is widely used in applications such as research and development, 1550nm optical communication, fiber lasers, and optical switches.

• Amplifier

Manufacturer: Cycle (Germany) The "SOPRANO-15," released by Cycle in Germany, is a high-power femtosecond laser developed for industrial applications, operating at 1550nm. With specifications including a pulse width of 350fs, average power of 4.5W, pulse energy of 4.5μJ, and peak power of 50MW, it boasts an unparalleled power level for femtosecond lasers in the 1.5μm range. Designed for continuous operation for 24 hours, it is suitable for industrial applications such as material processing, as well as for scientific applications like spectroscopy and OPO pump light sources. There is also a low-power model called "SOPRANO-15 Mini."

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Manufacturer: VIGO Photonics (Poland) The "4EF-5" is a multi-band, 4-channel infrared detector module. The Peltier-cooled optoelectronic multi-junction 2x2 array detector features an InAsSb (Indium Antimonide) heterostructure, with an integrated 4-channel TIA and TEC controller. This device includes four bandpass filters [Center wavelengths 3.34 µm (CH1), 4.26 µm (CH2), 4.47 µm (CH3), 4.71 µm (CH4)], making it an ideal module for gas detection. ● Detected gases: CH4 (Methane), C2H6 (Ethane), CO2 (Carbon Dioxide), N2O (Nitrous Oxide), CO (Carbon Monoxide) ● Built-in TEC controller ● Easy to integrate ● Many accessories available ● Other wavelength filter options

• Sensors

Industrial fine processing lasers (manufactured by Advanced Optowave Corp.) are used in many production sites for electronic components and semiconductor manufacturing applications. Many operate 24/7 and are highly regarded for their reliability and performance. Various parameter settings and monitoring can be done through PC control using the included GUI software. Pulse width is 10-20 ps, output 30 W @ 1 MHz.

• High frequency/microwave parts
• Secondary Cells/Batteries
• Touch Panel

The industrial fine processing laser (manufactured by Advanced Optowave Corp.) is used in many production sites for electronic components and semiconductor manufacturing applications. Many of them operate 24/7 and are highly regarded for their reliability and performance. Various parameter settings and monitoring can be done through PC control using the included GUI software. Output ranges from 5W to 30W. The pulse width is 10-20ps. It is possible to perform a third harmonic crystal shift via GUI control, maintaining the beam position and quality before and after the shift.

• antenna
• High frequency/microwave parts
• Organic EL

The industrial micro-processing laser (manufactured by Advanced Optowave Corp.) is used in many production sites for electronic components and semiconductor manufacturing applications. Many of them operate 24/7 and are highly regarded for their reliability and performance. Various parameter settings and monitoring can be done through PC control using the included GUI software.

• Capacitor
• Secondary Cells/Batteries
• Wafer

The industrial fine processing laser (manufactured by Advanced Optowave Corp.) is used in many production sites for electronic components and semiconductor manufacturing applications. Many are operated 24/7 and are highly regarded for their reliability and performance. Various parameter settings and monitoring can be done through PC control using the included GUI software.

• Laser marker
• High frequency/microwave parts
• LCD display

The industrial fine processing laser (manufactured by Advanced Optowave Corp.) is used in many production sites for electronic components and semiconductor manufacturing applications. Many of them operate 24/7 and are highly regarded for their reliability and performance. Various parameter settings and monitoring can be done through PC control using the included GUI software.

• Capacitor
• Secondary Cells/Batteries
• Laser marker

The industrial micro-processing laser (manufactured by Advanced Optowave Corp.) is used in many production sites around the world for electronic components and semiconductor manufacturing applications. Many of these systems operate 24/7 and are highly regarded for their reliability and performance. Various parameter settings and monitoring can be performed through PC control using the included GUI software.

• Organic EL
• Secondary Cells/Batteries
• Capacitor

Manufacturer: VIGO System (Poland) ● RoHS compliant, mercury/cadmium free ● Wide wavelength range 1.6 to 15µm ● SuperLattice structure ● No need for extreme low-temperature cooling with 2-stage TEC cooling and liquid nitrogen ● Plug and play with optional preamplifier (sold separately)

• Sensors

Low cost, short delivery time, 10G to 400G. A wide lineup up to coherent modules.

• Routers, Switches, and Hubs

Low loss, low PDL, user-friendly GUI, fast response, compact size. Available in 1ch and 2ch types. Attractive price.

• Other network tools

Manufacturer: Access Laser (USA) This is a CO laser with a mid-infrared wavelength, featuring a model that allows for variable wavelengths through a grating. It supports a wide range of variable wavelengths for various applications. In addition to a maximum power of 2W, it boasts a stability of less than 2%.

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• others

Manufacturer: Eblana Photonics (Ireland) Eblana Photonics develops narrow linewidth lasers in the range of 650-2400nm for sensing, telecom, and measurement applications. Eblana's consistent performance and high-quality products greatly contribute to simplifying customers' product development.

• Laser Components

Manufacturer: OtO Photonics (Taiwan) It covers a wide range from visible to near-infrared. It is also used as a light source in the measurement set (PKG-SE series).

• Spectroscopic Analysis Equipment

Manufacturer: OtO Photonics (Taiwan) This is a light source that combines 395nm and 430nm LEDs with a halogen lamp. It allows for adjustment of the light intensity for each. It is suitable for measurements in the visible to near-infrared range.

• Spectroscopic Analysis Equipment

Manufacturer: OtO Photonics (Taiwan) This is a light source that combines a deuterium lamp and a halogen lamp. The deuterium lamp covers the UV range, while the halogen lamp covers the visible to near-infrared spectrum. Each light source can be turned on and off individually, allowing you to select the light source as needed.

• Spectroscopic Analysis Equipment