オプトロンサイエンス List of Products and Services

■Core diameter: 500-1000um Art Photonics manufactures and sells Hollow Glass Waveguides (HGW) with a wavelength transmission range of 3-17um. The selected spectral region without Fresnel reflection achieves low optical loss, accommodating various applications in the mid-infrared range. 【Specifications】 Glass capillary: SiO2 Fresnel Reflection Losses: 0% Attenuation at designed minimum: Please refer to the table Core Diameter (standard): Please refer to the table Effective Numerical Aperture NA: 0.05+/-0.01 Bending losses, ø=400mm, full loop 360°: 1 dB Protective Jacket: Acrylate + Fluoro polymer Operating Temperature: –50°C to +90°C Minimum Elastic Bending Radius: 150 x [inner diameter]

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◆Heat Rejection ■Copper Coated Silica Fiber (FlexiRay) Operating environment up to 600°C ■Aluminum Coated Silica Fiber (FlexiRay) Operating environment up to 400°C The aluminum-coated and copper-coated silica fibers from art photonics can be used in harsh environments, including high-temperature and vacuum conditions. The transmission wavelength ranges from 220 to 2400 nm, and they can operate in temperatures from -270°C to +600°C and at 100% humidity.

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●CO2 laser transmission possible up to 40W 【Specifications】 Core/Clad Structure: AgCl:AgBr Spectral Range: 3 – 17 μm Core Refractive Index: 2.15 Fresnel Reflection Losses for two surfaces: 25% Attenuation at 10.6 µm: 0.2 – 0.4 dB/m Numerical Aperture NA: 0.3 +/- 0.03 Melting Point: 410 °C Operating Temperature: –273 to +140°C Core/Clad Diameter (standard): see Parameters of standard Polycrystalline fibers Laser Damage Threshold for CW CO2 laser: >12 kW/cm² Tensile Strength: > 70 MPa Minimum Bending Radius (fixed): 5 x [Fiber Diameter] Minimum Elastic Bending Radius: 150 x [Fiber Diameter]

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At First Mechanical Design (commonly known as FMD), we manufacture optical mounts that achieve unparalleled ultra-high stability and ultra-high reproducibility by adopting uniquely developed mechanisms such as the M-RING (patented) and soft lock mechanism (patented). The MM1000S has demonstrated unmatched operability and astonishing stability even in evaluation tests conducted with an interferometer composed of 32 units at the University of Tokyo's Furusawa Laboratory.

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The "Kururunpa" is a popular optical connector cleaner known for its reliable cleaning ability and affordable price. It is an original product of Optogate Co., Ltd., which manufactures fiber optic-related products based in Katsushika, Tokyo. We also accept orders for original packaging starting from 1,000 units. ■ Kururunpa Smart Cleaning: 1,800 times per box, retractable type, plastic outer box, dimensions (77x50x20mm), with a remaining quantity confirmation window. ■ Kururunpa Original Cleaning: 3,600 times per box, cardboard outer box, dimensions (105x75x36mm).

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〈1〉【4 x 25G CWDM4 MUX Waveguide (PLC)】 Chip designed for 4x25G CWDM4 DEMUX based on PLC AWG technology 500μm pitch 〈2〉【4 x 25G CWDM4 DEMUX Waveguide (PLC)】 Chip designed for 4x25G CWDM4 DEMUX based on PLC AWG technology For 4x25G CWDM4 ROSA. 41° polish. 250μm pitch.

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◆Supports 64×64 and 128×128, also offers MEMS mirror array solutions Two solutions available based on the number of ports MEMS mirror array solution >>Compatible with 64×64, 128×128, and even more channels MEMS OSW solution >>4×8, 8×8, 8×16, 16×16, 32×32

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◆Customizable for channel count, operating wavelength, etc. 【Specifications】 ■MEMS OSW (multi mode) Wavelength (nm): 830–870, 960–1000, 1290–1330, 1525–1568 Channel count: 2/4/8/16/24 Insertion loss (dB): ≤0.8 Reflection loss (dB): ≥30 Reproducibility (dB): ≤0.1 Crosstalk (dB): ≥30 PDL (dB): ≤0.2 WDL (dB): ≤0.3 TDL (dB): ≤0.4 Maximum input power (mW): ≤500 Size (mm): φ6.2 x 47 Operating voltage (V): <60

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◆Low Insertion Loss (1×8: ≤0.8dB, 1×16: ≤1.0dB, 1×32: ≤1.1dB, 1×64: 1.2dB) With patented technology from Amazelink, - Standard maximum of 64 channels - Low insertion loss (1×8: ≤0.8dB, 1×16: ≤1.0dB, 1×32: ≤1.1dB, 1×64: 1.2dB) - PCB board options available Customizable for channel count, operating wavelength, etc. Wuhan Amazelink Technologies was established in 2018 in Wuhan and is a specialized manufacturer of optical switches. It was founded by members with over 15 years of experience in the optical industry in Wuhan, providing high-quality and low-cost optical switches.

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Operating wavelength range: 1100 to 1640 nm

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■Standard lineup of coaxial and butterfly package products ■PD built-in type We offer a standard lineup of single-mode fiber coupled LD light sources ranging from 400nm to 532nm. We also have fiber coupled LDs ranging from 405nm to 1625nm. Available in single-mode fiber (SMF) and polarization-maintaining fiber (PMF) coupling types. Coaxial (coaxial) packages and butterfly packages are part of the standard lineup.

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This is a multimode fiber coupled LD with a wavelength range of 375nm to 1550nm. It is available in 2-pin, 4-pin, 9-pin, and 14-pin configurations, with HHL package and TEC options. 【Model Number・Wavelength・Output・Package・Fiber Type】 ・WSLP-375-100m-M: 375nm・100mW・Coaxial・105μm UV Fiber ・WSLP-395-200m-50M: 395nm・200mW・Coaxial・50μm UV Fiber ・WSLP-395-200m-M: 395nm・200mW・Coaxial・105μm UV Fiber ・WSLP-400-400m-M: 400nm・400mW・Coaxial・Multimode

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This is a 14-pin butterfly package single-mode fiber coupled LD with a wavelength range of 405nm to 1610nm. It is equipped with a TEC and supports high stability and high output. 【Model Number: Wavelength・Output・Package・Fiber Type】 ・WSLX-405-015m-4-T: 405nm・15mW・BTF・Single-mode fiber ・WSLX-445-015m-4-T: 445nm・15mW・BTF・Single-mode fiber ・WSLX-445-020m-4-T: 445nm・20mW・BTF・Single-mode fiber

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Tydex is an optics-focused manufacturer based in Saint Petersburg, Russia. It was founded in 1994 by members who spun off from a research institute of the Russian Academy of Sciences. The company is capable of handling a wide range of optics from DUV to terahertz, making it ideal for both OEM applications and small orders for research purposes. Tydex has particularly notable achievements in the IR and THz domains.

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We provide a composite module that includes dedicated software and electrical units for all Goleicells. It can be easily operated from the user's PC via a USB interface. The module consistently handles signal detection data processing and data analysis from the photoacoustic detector, and this sequential processing enables the optimization of the light sensitivity performance of the cell itself. Main features of the composite module: - Expensive separate equipment (oscilloscope/graph, spectrum analyzer, etc.) is not required. - Compact design makes it convenient for use and portability outside the lab. - Flexible design allows arbitrary calibration coefficients to be provided. - It is possible to calculate the output signal from the cell in real-time mode using calibration coefficients. - It has the capability to analyze the output signal spectrum and can also extract arbitrary signal and noise spectra. - By optimizing the signal-to-noise ratio settings, noise can be reduced to an extreme minimum. - It can capture extremely small signals that traditional analytical methods could not process. - It is equipped with an automatic save function for measurement data.

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Tydex manufactures various optics that can be used in the mid-infrared, far-infrared, and terahertz regions. We can accommodate various substrate materials such as TPX, crystalline quartz, HRFZ-Si, and polyethylene. Additionally, we can provide terahertz AR coatings using our uniquely developed polyethylene film to minimize transmission loss. We can also support various custom optics not available in standard products, starting from small quantities.

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◆Compliant with IEC61300-3-35, with pass/fail judgment function◆Compatible with Android/iOS 【Specifications】 Model: HUXScope--WiFi Magnification: 260X-400X Field of View: 400um×300um Focus: Manual WiFi: 2.4GHz WiFi IEEE 802.11b/g/n Charging: AC or USB Battery: 3.7V rechargeable Li-ion battery Battery Life: 4 hours (continuous use) Interface: USB2.0, Bluetooth Software: For PC, for smartphone Dimensions: 185(H)×45(W)×24(D)mm Weight: 170g

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◆Medical Sensors◆Various Optical Sensors◆Four Selectable Patterns This is a photodiode for receiving light to measure SPO2 (arterial blood oxygen saturation). These photodiodes are incorporated into and used in smartphones, smartwatches, and medical devices. SJ SYSTEM is a specialized manufacturer of technology for measuring SPO2 (arterial blood oxygen saturation) with pulse oximeters, and it manufactures and sells LED modules, PD modules, and reflection modules for SPO2. These products are used in the healthcare field and are utilized in smartphones and smartwatches.

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This is an LED light source for measuring SPO2 (arterial blood oxygen saturation). It can be used as a light source for measurements using LEDs with wavelengths of 660nm, 905nm, and 940nm. These light sources are integrated into smartphones, smartwatches, and medical devices. 【Applications】 Medical sensors Oximeter probes Finger clamps ◆Dual Emitters LED Source (660nm & 905nm) ◆Dual Emitters LED Source (660nm & 940nm) ◆Triple Emitters LED Source (660nm & 905nm & 940nm)

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● All lenses come with AR coating. Coupling efficiency ≤ 80% ● Converts radial output from optical fibers into parallel light with high stability ● Operates as a fiber coupler with incident light from the reverse direction ● Ideal for guiding Gaussian beams into single-mode and polarization-maintaining fibers ● For multi-mode collimation, compatibility will be confirmed based on fiber specifications and radiation characteristics ■ Lens Type for Collimators The coupling lenses from S+K are corrected for spherical aberration, leading to diffraction-limited performance in focusing and collimation. Three types of lenses with different characteristics are available for selection. - Aspheric: Aspherical lenses are designed for single-wavelength applications and correct spherical aberration. This lens type is also suitable for UHV (ultra-high vacuum) applications. - Manacromat: Designed for single-wavelength coupling/collimating, corrected for spherical aberration. - Apochromat: Optimized for multi-wavelength coupling/collimating by minimizing focal shift due to chromatic aberration in the wavelength range of 400nm to 660nm.

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◆ Interlock, with key switch (Compliant with IEC825 / EN60825-1) Achieves reduced power noise and coherence length, as well as low speckle noise, through S+K's unique internal RF modulation method. Standard lineup from 375nm to 1550nm. Custom wavelengths are also available. - Low Noise Compared to a typical LD light source, the S+K 51NANO achieves <0.1% peak noise value against 1% for SMF light sources (bandwidth 1MHz, 60 minutes). - Mode Hop Free Generates a broad and mode hop-free spectrum through a unique RF modulation method. ~1.5nm FWHM, 0.3mm coherence length. - Low Speckle Noise Reduces speckle noise with a coherence length of <300μm and broad output. 51NANO Large spot size and low speckle noise. - Low Interference The design with short coherence length and low noise eliminates interference fringes caused by the interference of CCD cameras and glass windows when collimating typical LD light sources, generating a spot without interference fringes.

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Ruik Corporation is a leading company in China that produces passive fiber components used in applications such as optical communication, fiber lasers, and fiber sensors. The high-power components for fiber lasers/fiber amplifiers can support up to 40W (average power) and 10kW (peak power). Additionally, the polarization-maintaining (PM) type is offered at high quality and reasonable prices, receiving significant demand. Proposals can be made for quantities starting from one piece.

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We also offer the (2×1)x1 type. Specifications [Parameters: Value] Port Configuration: (6+1)x1 Pump Wavelength: 800~1000 nm Signal Wavelength: 1064nm Signal Input Fiber: Nufern PLMA-GDF-25/250-M Pump Fiber: Nufern MM-S200/220-22A Signal Output Fiber: Nufern PLMA-GDF-25/250-M Pump Efficiency: ≥90% Pump Insertion Loss: <0.7dB Signal Insertion Loss: <0.8dB Power handling per pump: 50W Polarization Extinction Ratio: >15dB Return Loss: 35dB Package Dimension: 75x12x8 mm Operating Temperature: -5~+70℃ Storage Temperature: -40~+85℃

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It has excellent characteristics such as low insertion loss, high extinction ratio, and high stability. Ruik is a leading company in China that manufactures passive fiber components used in optical communication, fiber lasers, and fiber sensor applications. The high-power components for fiber lasers/fiber amplifiers can support up to 40W (average power) and 10kW (peak power). Additionally, the polarization-maintaining (PM) type is offered at high quality and reasonable prices, receiving high demand. Proposals can be made for quantities starting from one unit.

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The RUIK company's 1×1 high-power pump combiner consists of a single pump fiber (input side) and a double-clad fiber (output side), offering high coupling efficiency. It is ideal for fiber laser and fiber amplifier applications. Ruik is a leading Chinese company that manufactures passive fiber components used in optical communication, fiber lasers, and fiber sensor applications. The high-power components for fiber lasers/fiber amplifiers can handle up to 40W (average power) and 10kW (peak power). Additionally, the polarization-maintaining (PM) type is offered at high quality and reasonable prices, receiving high demand. Proposals are available from one piece onwards.

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The FCI-H155/622M-InGaAs-70 series is a high-speed 70μm InGaAs photodetector equipped with a wide-range transimpedance amplifier. By combining a sealed TIA and detector in a 4-pin TO-46 package, it provides ideal conditions for high-speed signal detection and amplification. 【Model Name: Active Area (Diameter)・Responsivity 1310nm・Responsivity 1550nm・Dark Current・Capacitance・Rise Time・Reverse Voltage】 ●FCI-InGaAs-70: 70 μm・0.9 A/W・0.95 A/W・0.03 nA, Vr=5.0V・1.5 pF, Vr=5.0V・0.2 ns, Vr=5.0V・20 V, max ●FCI-InGaAs-120: 120 μm・0.9 A/W・0.95 A/W・0.05 nA, Vr=5.0V・2 pF, Vr=5.0V・0.3 ns, Vr=5.0V・20 V, max ●FCI-InGaAs-300: 300 μm・0.9 A/W・0.95 A/W・0.3 nA, Vr=5.0V・10 pF, Vr=5.0V・1.5 ns, Vr=5.0V・15 V, max

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■Large effective diameter ■Abundant sizes ■High shunt resistance ■With leads or without leads Large active area photodetectors or detectors provide a low-cost approach for applications that require them to be considered "disposable." They can be used with soldered leads or as standalone bare dies. The sensitivity range is from 400nm to 1100nm.

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This is a dummy fiber box for OTDR use. We offer a standard lineup of G652D compliant single-mode fiber, as well as 50/125μm and 62.5/125μm multimode fibers. Lengths available: 150m, 300m, 500m, 1km, 2km Connectors: FC, SC, LC, ST * We can also accommodate lengths and connectors other than the standard options. Please inquire. * We also offer ring-shaped options for lengths below 1km.

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We offer G652D compliant single-mode MPO and OM2/OM3/OM4/OM5 options. For requests regarding total length, breakout length, cable sheath, color, etc., please consult us separately. MPO Type-A (Straight) 【Specifications】 ● Parameters Connector: MPO Fiber: SM 9/125 G652D, 50/125 (OM3, OM4) Insertion Loss (dB): MPO/MTP ≤0.7 (Standard), ≤0.5 (Low Loss Type) / LC, SC ≤0.3dB Return Loss (dB): ≥40 (UPC), ≥60 (APC), ≥20 (MM) Operating Temperature Range (°C): -40 to +85 Cable Type: Round, Oval Cable Length: Customizable

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◆Supports pitches and loss values other than standard products This is a fan-in/fan-out multi-core fiber with 2 to 19 cores. The following lineup is available based on insertion loss values. - IL@1550nm: ≤1.0dB (0.8dB typ) - IL@1550nm: ≤0.8dB (0.6dB typ) - IL@1550nm: ≤0.5dB (0.35dB typ)

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■OTDR Calibration Fiber Box OTDR Loss Scale Uncertainty: ± 0.02 dB/dB (2σ) Built-in loop for OTDR trace simulation Return loss (reflection loss) values can be specified ■Fiber Refractive Index Distribution Calibration Optical Fiber Refractive Index Distribution Measurement Service Maximum Measurement Accuracy: Refractive Index Distribution Difference 1.5% ■Distance Calibration Fiber Used for calibrating measuring instruments such as OTDR, Calibration Fiber Length: SMF up to 100km / MMF up to 4.4km ◆ Any wavelength from 1260nm to 1640nm can be specified ■Multi-Mode Fiber NA Calibration Fiber 50/125μm, 62.5/125μm Multi-Mode Fiber Calibration Fiber ・Measurement Range / Uncertainty: 0.18 to 0.29 ±0.0046 ■Mode Field Diameter (MFD) Calibration Fiber Calibration Wavelengths: 1310nm / 1550nm / 1618nm UKAS Certified Service Master Fiber Provision and User Provided Fiber Measurement Service Far-field scan measurement based on IEC ・Measurement Capability: ±0.60% ・Non-circularity: ±0.05%

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■Mid-Infrared Broadband Fiber Laser Emits continuous spectrum from 1.9 µm to 3.9 µm. High brightness due to high output, suitable for applications such as spectroscopic microscopy, spectrometers, and photoelectron inspection. 【Product Specifications】 Wavelength: 1.9 µm to 3.9 µm Output: 0.9W Repetition Rate: 2.4MHz (Typical) Stability: <1% Laser Output: Collimated Beam Diameter: Gaussian Beam

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■Spectral detection range: 400nm to 1100nm LD-PD has implemented an inspection system compliant with MIL-I-45208, and adheres to Telcordia test requirements (TA-NWT-00093) and MIL-STD-883 test methods. 【Parameters: Typical values, Symbols, Test conditions】 ● Round shape φ0.2 to φ8.0mm Detector size (mm): φ0.2, φ0.5, φ1, φ2, φ4, φ5, φ8 Response wavelength range (nm): 400 – 1100・λ Responsivity (A/W): 0.40, 0.45, 0.5, 0.5, 0.5, 0.5, 0.55・Re・VR=15V, λ=900nm Response time (nS): 2, 5, 6, 8, 15, 15, 25tr・VR=15V, RL=50Ω Dark current (nA): 1, 2, 3, 5, 12, 40, 60・ID・VR=15V Reverse voltage (V): 100・VB・IR=10μA Capacitance (pF): 0.8, 1.2, 2.0, 6, 20, 30, 70・Cj・f=1MHz, VR=15V Operating voltage (V): 0 to 15・VR Socket: Coaxial/TO-46/TO-5/TO-8 Saturation optical power: 0.3w/cm2

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● Laser Mirrors Standard products from Layertec, mirrors (AR, HR, HT, etc.) Wavelength range 192-2940nm ● Optics for Picosecond Lasers Layertec picosecond (ps) laser optics Wavelength range 257-2940nm ● Optics for Nanosecond Lasers Layertec nanosecond (ns) laser optics Wavelength range 157-2940nm ● Optics for Femtosecond Lasers Layertec femtosecond (fs) laser optics Wavelength range 157-2000nm ● Optics for CW Lasers Layertec CW laser optics Wavelength range 157-2940nm ● Mirrors for Laser Resonators Layertec resonator mirrors (for lasers) Wavelength range 350-2100nm ● Metallic Mirrors Layertec metallic mirrors Wavelength range 157-2200nm

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This is a high-performance optical power meter housed in a compact body weighing 400g, featuring a dynamic range of 90dB and supporting up to 45 calibration wavelengths. It also allows for pass/fail judgment display based on threshold settings and includes a VFL. It is designed for a wide range of applications, including FTTH, data center maintenance, labs, and research. 【JW3220: Specifications】 Detector: InGaAs Detector Size: Φ2.0mm Wavelength Range (nm): 800-1700 Measurement Power Range (dBm): +10 to -80 / +26 to -65 Default Calibration Wavelengths (nm): 850/980/1270/1300/1310/1490/1550/1577/1625/1650 Maximum Number of Calibration Wavelengths: 45 Minimum Display Resolution (dB): 0.0001 Uncertainty (dB): ≤0.13 Linearity (dB): ≤0.05dB (+10dBm to -60dBm) / ≤0.1dB (-60 to -70dBm) Automatic Recognition Modulation (Hz): 270, 330, 1K, 2K Measurement Units: dBm, dB, xW Connector Types: FC, SC, ST, LC, Φ2.5, Φ1.25 Display Size: 3.5-inch TFT color

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The JW8001 is a high-stability benchtop light source capable of supporting 1 to 4 ports. It is equipped with Automatic Power Control (APC) and Automatic Temperature Control (ATC) functions, achieving excellent wavelength and output stability. JOINWIT is a manufacturer of optical communication-related measurement equipment based in the Shanghai High-Tech Park. Since its establishment in 1998, the company has focused on selling practical measurement instruments and passive components, and has a strong track record of OEM supply globally, including in Europe, the United States, and Southeast Asia.

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This is a Mach-Zehnder modulator that supports a wide wavelength range from low frequencies to 40Gbps/40GHz. It accommodates a broad spectrum of wavelengths, including 800/1060/1300/1550 nm and 2μm products. To maximize the product's performance, we recommend pairing it with iXblue's RF driver. 【Specifications】 [Model Number: Wavelength・Bandwidth] ●NIR 800nm NIR-MX800-LN-10-00-P-P-FA-FA: 800nm・10GHz NIR-MX800-LN-20-00-P-P-FA-FA: 800nm・20GHz ●NIR 950nm NIR-MX950-LN-20-00-P-P-FA-FA: 950nm・20GHz ●NIR 1000nm NIR-MX-LN-10-PD-P-P-FA-FA-30dB: 1000nm・10GHz NIR-MX-LN-20-PD-P-P-FA-FA-30dB: 1000nm・20GHz NIR-MX-LN-40-PD-P-P-FA-FA-30-dB: 1000nm・40GHz

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iXblue's single-frequency fiber laser is designed by applying UV Bragg grating technology to active fiber. By shortening the cavity length to the extreme and implementing a phase shift design, it achieves ultra-narrow linewidth and robust mode-hop-free performance. In combination with the company's benchtop driver, it realizes a stable single-frequency laser line with a linewidth of less than 0.1 kHz. iXblue Photonics is a leading French photonics company that manufactures fiber-coupled EO modulators (LN modulators) and specialty optical fibers. The company's LN modulators are space-grade compliant and are widely used in sensor applications and space communication as one of the most reliable devices.

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iXblue has been developing photonics devices and components that can withstand the extremely harsh space environment exposed to ionizing radiation for many years for the development of new Earth and space observation satellites. The company manufactures over 20 spaceflight navigation systems through collaboration with end users. [Model Number: MFD, Cladding Diameter, Cut-off Wavelength, RIA/RIGV] ●ERBIUM RAD HARD FIBER IXF-RAD-AMP-1: 5.5±1μm, 125±2μm, <1150nm, <0.015dB/m/kRad IXF-RAD-AMP-1-PM: 4.5±1μm, 123±2μm, <1450nm, <0.01dB/m/kRad IXF-RAD-AMP-2: 5.5±1μm, 125±2μm, <1150nm, <0.015dB/m/kRad IXF-RAD-AMP-2-PM: 5.5±1μm, 125±2μm, <1200nm, <0.015dB/m/kRad IXF-RAD-AMP-3: 9.5±1.5μm, 125±2μm, <1150nm, <0.005dB/kRad

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We offer LN phase modulators that correspond to the wavelength range of 780nm to 2500nm as part of our standard lineup. They support phase modulation from low frequencies up to 40Gbps/40GHz. When combined with iXblue's RF drivers, the performance of the products is maximized. 【Model Number: Wavelength and Intensity Modulation Range】 ●NIR 800nm NIR-MPX800-LN-0.1-00-P-P-FA-FA: 800nm・300MHz NIR-MPX800-LN-05-00-P-P-FA-FA: 800nm・10GHz NIR-MPX800-LN-10-00-P-P-FA-FA: 850nm・16GHz NIR-MPX800-LN-20-00-P-P-FA-FA: 800nm・20GHz ●NIR 950nm NIR-MPX950-LN-0.1-00-P-P-FA-FA: 950nm・300MHz NIR-MPX950-LN-05-00-P-P-FA-FA: 950nm・10GHz NIR-MPX950-LN-10-00-P-P-FA-FA: 950nm・16GHz NIR-MPX950-LN-20-00-P-P-FA-FA: 950nm・20GHz

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■Globally high achievements in radiation sensing applications ■Radiation distribution measurement using fiber ■Protection of robots and equipment in high radiation areas iXblue's radiation-resistant fiber has a strong track record in radiation-sensitive fields. It has proven effective in various areas such as high-energy physics, nuclear power plants, space, and medical applications for radiation sensing. Using optical fiber for radiation sensing allows for the replacement of point-to-point detectors with a single optical fiber, representing a groundbreaking technology in the field. Additionally, iXblue also accepts requests for custom fibers.

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The 1.5um 4kW Fiber Laser is a high-power compact fiber laser. It operates at a safe wavelength of 1.5μm with a pulse width of 1 to 10 nanoseconds, a maximum repetition frequency of 4MHz, and can output pulses with a peak power of 4kW.

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The 1.5um Mini Fiber Laser is a lightweight and compact fiber laser. It has an oscillation wavelength of 1.5μm, which is an eye-safe wavelength, with a pulse width of 1 to 10 nanoseconds, a maximum repetition frequency of 4MHz, and a peak power of 1 to 3kW for fiber output pulse oscillation. The operating temperature range is -40°C to 105°C.

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■Low power consumption: < 5W ■Operating temperature: -40℃ ~ 85℃ (~105℃ storage temperature) The 1.5um Nano Fiber Laser is a lightweight and compact fiber laser. It has an oscillation wavelength of 1535nm, which is eye-safe, with a pulse width of 2nsec, a repetition frequency of 500kHz, and can achieve a peak power of 500W for fiber output pulse oscillation, making it ideal for TOF LiDAR applications for device integration.

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The Flux-S series lasers from Focuslight Technologies are laser light sources developed for applications such as fiber laser pump sources, laser soldering, plastic welding, and material surface treatment. The packages can be chosen from standalone or OEM types, making them convenient for research purposes in research institutions and for integration into equipment. Additionally, they can operate at 150W with air cooling, eliminating the need for cumbersome chiller installations. Focuslight Technologies was founded in 2007 in Xi'an, China, and specializes in high-power semiconductor lasers. It has production facilities covering 38,500 m² (8,700 m² clean room) in Xi’an (China), Dongguan (China), Haining (China), and Dortmund (Germany), where it engages in the production of optical lenses, surface treatment, metallization, packaging, optical assembly, and system integration.

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