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Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-2400-003' is a spatial output model with a power of 3mW. It can be tuned in the range of 2300 nm - 2500 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-2050-005' is a spatial output model with a power of 5mW. It can be tuned in the range of 2000 nm - 2060 nm. Wavelength adjustment is performed using piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-1950-020' is a spatial output model with a power of 20mW. It can be tuned in the range of 1850 nm - 2010 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-1650-020' is a spatial output model with a power of 20mW. It can be tuned in the range of 1600 nm - 1800 nm. Wavelength adjustment is performed via piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-1450-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 1380 nm - 1520 nm. Wavelength adjustment is performed via piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-1080-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 1060 nm - 1090 nm. Wavelength adjustment is performed using piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-1060-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 990 nm - 1075 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature. PM fiber output options are also available.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance from the Littman/Metcalf resonator. The 'TEC-500-0960-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 910 nm - 985 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0920-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 870 nm - 940 nm. Wavelength adjustment is done via piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0830-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 790 nm - 840 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance from the Littman/Metcalf resonator. The 'TEC-500-0850-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 830 nm - 870 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0780-030' is a spatial output model with a power of 30mW. It can be tuned in the range of 770 nm - 795 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0770-040' is a spatial output model with a power of 40mW. It can be tuned in the range of 745 nm - 785 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0730-010' is a spatial output model with a power of 10mW. It can be tuned in the range of 725 nm - 740 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0705-010' is a spatial output model with a power of 10mW. It can be tuned in the range of 690 nm - 708 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0690-010' is a spatial output model with a power of 10mW. It can be tuned in the range of 680 nm - 695 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0670-010' is a spatial output model with a power of 10mW. It can be tuned in the range of 667 nm - 680 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0660-010' is a spatial output model with a power of 10mW. It can be tuned in the range of 648 nm - 664 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0650-010' is a spatial output model with a power of 10mW. It can be tuned in the range of 647 nm - 656 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance from the Littman/Metcalf resonator. The 'TEC-500-0635-005' is a spatial output model with a power of 5mW. It can be tuned in the range of 633 nm - 640 nm. Wavelength fine-tuning is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0435-020' is a spatial output model with a power of 20mW. It can be tuned in the range of 433.5 nm - 436.5 nm. Wavelength adjustment is performed using piezo, current, and LD temperature.

• Laser Components

Manufacturer: Sacher Lasertechnik (Germany) This is a narrow linewidth CW laser with high optical performance of the Littman/Metcalf resonator. The 'TEC-500-0440-100-M-FC' is a model with a polarization-maintaining fiber output option, with 100 mW before the fiber and 50 mW after the fiber. It can be tuned in the range of 438.4 nm - 441.6 nm.

• Laser Components

Laser embedded type. For SERS substrates, etc. Spectral range: 450 – 2300 cm-1, 300 – 2500 cm-1. It can be used for a wide range of applications and inspections, including chemicals, pesticides, fertilizers, medical, security, explosives, illegal drugs, and defense purposes. Operated via a smartphone app. Bluetooth connection. Battery-operated.

• Analytical Equipment and Devices

Manufacturer: Optoman (Lithuania) Thanks to cutting-edge IBS coating technology, we achieve excellent features such as high damage threshold, low absorption, and low scattering. OPTOMAN will propose custom products tailored to your needs. ◆Specifications◆ Material: UVFS (Corning 7980 0F) Diameter: 12.7 mm (+0/-0.1 mm) Thickness: 6.35 mm (+/-0.1 mm) Clear aperture: >87% Surface quality, S1/S2: 40-20 S-D Surface flatness, S1: <λ/4@633 nm per CA Parallelism error: <10 arcsec Protective chamfers: 0.1-0.4 mm x 45° Coatings (IBS): S1: HRa>99.5% @ 257 nm + HTa>92% @ 515+1030 nm, AOI=42-48° S2: ARa<0.85% @ 515 + 1030 nm, AOI=42-48°

• mirror

Manufacturer: Active Fiber Systems (Germany) In any application, the most significant factor affecting quality is the performance of the driving light source, namely the laser itself. Additionally, many applications require greater average power to enhance cost-effectiveness. AFS's ultra-fast fiber lasers are characterized by overwhelming performance, combining flexibility and maximum stability. All necessary parameters can be varied over a wide range through software control, positioning them as a rare tool in many applications.

• Laser Components

Manufacturer: Active Fiber Systems (Germany) In any application, the most significant factor affecting quality is the performance of the driving light source, namely the laser itself. Additionally, many applications require greater average power to enhance cost-effectiveness. AFS's ultra-fast fiber lasers are characterized by overwhelming performance, combining flexibility and maximum stability. All necessary parameters can be variably controlled over a wide range through software, positioning them as a rare tool in many applications.

• Laser Components

It is a fine welding device mainly for medical devices and tools. Equipped with a galvanometer scanner + Z-axis and coaxial observation. Laser welding recipes and precise positioning are controlled by user-friendly software.

• Secondary Cells/Batteries
• Welding Machine
• Welding robot

It is a compact air-cooled model with a maximum output of 5W at 50KHz. Equipped with real-time power monitoring, auto-alignment, and on-demand crystal shift functions, its reliability during production line use has been improved.

• Laser marker
• Wafer
• Secondary Cells/Batteries

With femtosecond lasers, high-precision multi-axis motion control, and powerful Cagila-CAM software, we achieve the cutting processing of stents made from any material and featuring cutting-edge complex shapes.

• Machining Center
• Blow Molding Machine
• Other machine tools

XYZ high-precision stage, proposed based on a coaxial camera according to the application. We provide a wide range of support from R&D to production.

• Wafer
• diode
• Laser marker

Manufacturer: Connet Laser Technology (China) The fiber grating reflector from Connet, manufactured using optimized fiber FBG drawing technology, is drawn on a special double-clad fiber. It is developed for high-power pulsed and CW lasers, capable of handling pump powers up to 200W. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ ● Center Wavelength: 1908, 1940, 1980 nm ● Center Wavelength Tolerance: 1 nm ● Reflector Type: HR・LR ● Peak Reflectivity: HR >99.5 % / LR 10±2 % ● FWHM (3dB): HR 2±0.2 nm / LR 1±0.1 nm ● Side Mode Suppression Ratio: HR 20 dB / LR 10 dB ● Package Type: Recoated or High Power Metal Housing

• Laser Components
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Manufacturer: Connet Laser Technology (China) The fiber grating reflector from Connet, produced using optimized fiber FBG drawing technology, is drawn on a specially designed double-clad fiber. It is developed for high-power pulsed and CW lasers, capable of handling pump powers up to 200W. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ ● Center Wavelength: 1908, 1940, 1980 nm ● Center Wavelength Tolerance: 1 nm ● Reflector Type: HR·LR ● Peak Reflectivity: HR >99.5 % / LR 10±2 % ● FWHM (3dB): HR 2±0.2 nm / LR 1±0.1 nm ● Side Mode Suppression Ratio: HR 20 dB / LR 10 dB ● Package Type: Recoated or High Power Metal Housing

• Laser Components
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Manufacturer: Connet Laser Technology (China) The fiber grating reflector from Connet, produced using optimized fiber FBG drawing technology, is drawn on a special double-clad fiber. It is developed for high-power pulse and CW lasers, capable of handling pump power up to 50W. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ ● Center Wavelength: 1550, 1560 nm ● Center Wavelength Tolerance: 1 nm ● Reflector Type: HR·LR ● Peak Reflectivity: HR >99.5 % / LR 10±2 % ● FWHM (3dB): HR 0.5-3 nm / LR 0.1-1 nm ● Side Mode Suppression Ratio: HR 20 dB / LR 10 dB ● Package Type: Recoated only

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Manufacturer: Connet Laser Technology (China) The fiber grating reflector from Connet, manufactured using optimized fiber FBG drawing technology, is drawn on a specially designed double-clad fiber. It is developed for high-power pulse and CW lasers, capable of handling pump powers of 3kW and above. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ ● Center Wavelength: 1018, 1050, 1064, 1070, 1080, 1090 nm ● Center Wavelength Tolerance: 1 nm ● Reflector Type: HR·LR ● Peak Reflectivity: HR >99.5% / LR 10±2% ● FWHM (3dB): HR 2-3±3 nm / LR 1±0.1 nm ● Side Mode Suppression Ratio: HR 20 dB / LR 10 dB ● Package Type: Recoated or High Power Metal Housing

• Laser Components
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Manufacturer: Connet Laser Technology (China) The 'MFAP-Tm-2000-B-SF-HP' has been developed for the amplification of narrow linewidth lasers in the kHz range. It amplifies up to a maximum of 50W while maintaining the characteristics of the input light. High performance is achieved using double-clad fiber technology. It features an all-PM fiber design. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: MFAP-Tm-2000-B-SF-HP ● Wavelength: 1900~2050 nm ● Input Light: 0.1-200 mW ● Input Light Bandwidth: 0.1 kHz~ ● Average Power: 15-50 W ● Polarization: Linear polarization ● Polarization Extinction Ratio: 20 dB (typ.) ● Beam Quality: M2 <1.3 (typ.) ● Output Fiber: PLMA 25um core NA=0.1 ● Input/Output Light Connector: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The 'MFAP-Tm-2000-B-SF-MP' has been developed for the amplification of narrow linewidth lasers in the kHz range. It amplifies up to a maximum of 15W while maintaining the characteristics of the input light. High performance is achieved using double-clad fiber technology. It features an all-PM fiber design. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: MFAP-Tm-2000-B-SF-MP ● Wavelength: 1900~2050 nm ● Input Light: 0.1-200 mW ● Input Light Linewidth: 0.1 kHz~ ● Average Power: 3-15 W ● Polarization: Linear polarization ● Polarization Extinction Ratio: 23 dB (typ.) ● Beam Quality: M2 <1.1 ● Output Fiber: PM fiber 10/130um NA=0.15 ● Input/Output Light Connector: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The 'MFAP-Tm-2000-B-SF-LP' has been developed for amplification of narrow linewidth lasers in the kHz range. It amplifies up to a maximum of 2W while maintaining the characteristics of the input light. High performance is achieved using double-clad fiber technology. It features an all-PM fiber design. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: MFAP-Tm-2000-B-SF-LP ● Wavelength: 1900~2050 nm ● Input Light: 0.1-50 mW ● Input Line Width: 0.1 kHz~ ● Average Power: 0.1-2 W ● Polarization: Linear polarization ● Polarization Extinction Ratio: 23 dB (typ.) ● Beam Quality: M2 <1.05 ● Output Fiber: PM1950, 7/125um NA=0.20 ● Input/Output Light Connector: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The 'MFAP-EY-SF' has been developed for amplification of narrow linewidth lasers in the kHz range. It amplifies up to a maximum of 50W while maintaining the characteristics of the input light. High performance is achieved using double-clad fiber technology. It features an all-PM fiber design. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: MFAP-EY-SF ● Wavelength: 1540~1565 nm ● Input Light: > 1 mW ● Input Line Width: 0.1-50 kHz ● Average Power: 1-50 W ● OSNR: > 40 dB ● Polarization: Linear polarization ● Polarization Extinction Ratio: 17-20 dB ● Beam Quality: M2 <1.2 ● Output Fiber: PM1550-XP or PLMA fiber ● Input/Output Light Connector: FC/APC or Collimator

• Laser Components
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Manufacturer: Connet Laser Technology (China) The 'MFAP-1550-M-SF' has been developed for the amplification of narrow linewidth lasers in the kHz range. It amplifies up to a maximum of 10W while maintaining the characteristics of the input light. High performance is achieved using double-clad fiber technology. It features an all-PM fiber design. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: MFAP-1550-M-SF ● Wavelength: 1540~1565 nm ● Input Light: Up to 200 mW ● Input Line Width: > 0.01 kHz ● Average Power: 1-10 W ● Polarization: Linear polarization ● Polarization Extinction Ratio: 17-20 dB ● Beam Quality: M2 <1.05-1.5 ● Output Fiber: PM or PLMA fiber ● Input/Output Light Connector: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The 'MFAP-Yb-SF' has been developed for amplification of narrow linewidth lasers in the kHz order. It amplifies up to a maximum of 100W while maintaining the characteristics of the input light. High performance is achieved using double-clad fiber technology. It features an all-PM fiber design. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: MFAP-Yb-SF ● Wavelength: 1040~1090 nm ● Input Light: > 1 mW ● Average Power: 1-100 W ● Polarization: Linear polarization ● OSNR: > 50 dB ● Polarization Extinction Ratio: 15-20 dB ● Beam Quality: M2 <1.1-1.5 ● Output Fiber: PM980 or PLMA fiber ● Input/Output Optical Connector: FC/APC

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Manufacturer: Connet Laser Technology (China) The single-mode fiber laser 'VFLS-1940/1950-B' achieves high performance using an all-fiber structure and double-clad pumping technology. It outputs power up to 40W with a diffraction-limited beam. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: VFLS-1940/1950-B ● Wavelength: 1940, 1950 nm ● Power: 1 ~ 40 W ● Line Width: < 1 nm ● Side Mode Suppression Ratio: 30 dB (typ.) ● Beam Quality: M2 1.3 ● Polarization: Random (linear polarization option available) ● Output Fiber Type: SM Fiber ● Output Fiber Termination: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The single-mode fiber laser 'VFLS-1550-B-HP' achieves high performance using an all-fiber structure and double-clad pumping technology. It outputs power up to 100W with a diffraction-limited beam. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: VFLS-1550-B-HP ● Wavelength: 1550 nm ● Power: 15 ~ 100 W ● Line Width: < 1 nm ● Side Mode Suppression Ratio: > 35 dB ● Beam Quality: M2 < 1.1 ~ 1.5 ● Polarization: Random (linear polarization option available) ● Output Fiber Type: LMA Fiber ● Output Fiber Termination: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The single-mode fiber laser 'VFLS-1550-B-MP' achieves high performance using an all-fiber structure and double-clad pumping technology. It outputs power up to 15W with a diffraction-limited beam. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: VFLS-1550-B-MP ● Wavelength: 1550 nm ● Power: 0.2 ~ 15 W ● Line Width: < 1 nm ● Side Mode Suppression Ratio: > 35 dB ● Beam Quality: M2 < 1.1 ● Polarization: Random (linear polarization option available) ● Output Fiber Type: SM or LMA Fiber ● Output Fiber Termination: FC/APC or Collimator

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Manufacturer: Connet Laser Technology (China) The single-mode fiber laser 'VFLS-1064-B-MP' achieves high performance using an all-fiber structure and double-clad pumping technology. It outputs power up to 20W with a diffraction-limited beam. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: VFLS-1064-B-MP ● Wavelength: 1064 nm ● Power: 0.2 ~ 20 W ● Line width: < 1 nm ● Side mode suppression ratio: > 35 dB ● Beam quality: M2 < 1.2 ● Polarization: Random (linear polarization option available) ● Output fiber type: LMA Fiber ● Output fiber termination: FC/APC or Collimator

• Laser Components
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Manufacturer: Connet Laser Technology (China) The single-mode fiber laser 'VFLS-1064-B-HP' achieves high performance using an all-fiber structure and double-clad pumping technology. It outputs power up to 100W with a diffraction-limited beam. ------------------------------------------------------ Basic Specifications ------------------------------------------------------ Model: VFLS-1064-B-HP ● Wavelength: 1064 nm ● Power: 20 ~ 100 W ● Line Width: < 1 nm ● Side Mode Suppression Ratio: > 35 dB ● Beam Quality: M2 < 1.3 ● Polarization: Random (linear polarization option available) ● Output Fiber Type: LMA Fiber ● Output Fiber Termination: FC/APC or Collimator

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