OM2+ Bend-Insensitive Multimode Fiber

OM2+ bend-insensitive multimode fiber is a high-performance multimode fiber optimized for 850 nm VCSEL light sources and has good compatibility with conventional OM2 fiber. The product uses a 50/125 µm core/cladding structure. At 850 nm, its attenuation is ≤2.5 dB/km, and its effective modal bandwidth is ≥950 MHz·km. It also provides excellent bending resistance and can effectively reduce additional loss under small bend radius conditions. The fiber offers good optical, environmental, and mechanical performance, and is suitable for high-speed LANs, Gigabit and higher-speed Ethernet, and various optical cable systems.

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2A 1ns 10MHz Short-Pulse Laser Diode Driver

The 2A 1ns 10MHz short-pulse laser diode driver is a compact driver module designed for high-speed nanosecond pulsed laser applications. It is suitable for 10-pin / 14-pin butterfly-packaged laser diodes. The product provides a maximum pulse output current of 2 A, a pulse width range of 1–100 ns, and a repetition rate of up to 10 MHz, and integrates bidirectional PID TEC temperature control. The driver supports external triggering and sync output, and provides USB, RS-232, CAN, and UART communication interfaces, as well as LabVIEW and Python software support, making it easy to integrate into various pulsed laser and optoelectronic systems.

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Polarization-Maintaining Fiber for Waveguide-Type Devices

The polarization-maintaining fiber for waveguide-type devices is a special PM fiber designed for optical waveguides and polarization-sensitive devices. It covers 1310 nm and 1550 nm operating wavelengths and offers multiple cladding size options. The product features excellent geometric uniformity, polarization-maintaining performance, and mechanical reliability, along with good polishing performance and long-term stability. It is suitable for lithium niobate devices, polarization-sensitive devices, and fiber-optic polarization sensors.

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2 A 20 ns 1 MHz Short-Pulse Laser Diode Driver

The 2 A 20 ns 1 MHz short-pulse laser diode driver is a compact driver module designed for high-speed pulsed laser applications. It is suitable for 10-pin / 14-pin butterfly-packaged laser diodes and seed lasers. The product can provide a maximum pulse output current of 2 A, pulse widths from 20 ns to 10 μs, and repetition rates up to 1 MHz, meeting the requirements of nanosecond short-pulse laser driving. The driver integrates bidirectional PID TEC temperature control and supports multiple operating modes such as internal pulse, burst pulse train, external TTL trigger, and Pulse on Demand single pulse. It also provides USB, RS-232, CAN, and UART communication interfaces and supports Python and LabVIEW control, making it easy to integrate into LiDAR, pulsed seed light sources, optoelectronic testing, and scientific laser systems.

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Tapered-Device Polarization-Maintaining Fiber

The tapered-device polarization-maintaining fiber is specially designed for polarization-sensitive and tapered fiber devices. It offers excellent grinding and tapering performance, good geometric consistency, and polarization-maintaining performance. The product covers operating wavelengths of 980 nm, 1310 nm, and 1550 nm, with low attenuation, high crosstalk suppression, and good full-temperature stability and mechanical reliability. It is suitable for tapered polarization devices and various polarization-sensitive devices.

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1030 nm 60 W 300 kHz Femtosecond Fiber Laser

This high-power femtosecond fiber laser is designed for industrial precision machining and equipment integration. It adopts an all-fiber architecture and features high precision, high stability, and good industrial adaptability. The central wavelength is 1030 ± 5 nm, the average output power reaches 60 W, the maximum single-pulse energy is 200 μJ, and the pulse width is <270 fs, adjustable up to 20 ps. It supports pulse picking, 2–80 pulse bursts, custom envelope pulse bursts, and pulse-on-demand output, and can flexibly adapt to different processing requirements. It is widely used in precision cutting, drilling, microstructure machining, and surface treatment of glass, semiconductors, ceramics, metals, and polymers.

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1030 nm 30 W 150 kHz Femtosecond Fiber Laser

This high-power femtosecond fiber laser is designed for industrial precision machining and equipment integration. It adopts an all-fiber architecture and features high precision, high stability, and good industrial adaptability. The central wavelength is 1030±5 nm, the average output power is in the 30 W class, the maximum single-pulse energy is 200 μJ, the pulse width is <270 fs and adjustable up to 20 ps. It supports pulse picking, 2–80 pulse bursts, custom envelope pulse bursts, and pulse-on-demand output, and can flexibly adapt to different processing requirements. It is widely used in precision cutting, drilling, microstructure machining, and surface treatment of glass, semiconductors, ceramics, metals, and polymers.

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1600nm 100nm Electric Tunable Filter

Wavelength-tuning is actuated by either a precise micrometer driver or a micro step-motor connected to a PC through a USB interface in which actuation is monitored by a built-in encoder and controlled dynamically in a closed-loop.

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1550nm 100nm Electric Tunable Filter

Wavelength-tuning is actuated by either a precise micrometer driver or a micro step-motor connected to a PC through a USB interface in which actuation is monitored by a built-in encoder and controlled dynamically in a closed-loop.

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1310nm 100nm Electric Tunable Filter

Wavelength-tuning is actuated by either a precise micrometer driver or a micro step-motor connected to a PC through a USB interface in which actuation is monitored by a built-in encoder and controlled dynamically in a closed-loop.

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1060nm 80nm Electric Tunable Filter

Wavelength-tuning is actuated by either a precise micrometer driver or a micro step-motor connected to a PC through a USB interface in which actuation is monitored by a built-in encoder and controlled dynamically in a closed-loop.

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Small-Diameter Polarization-Maintaining Fiber for Devices

The small-diameter polarization-maintaining fiber for devices is a specialty PM fiber designed for miniaturized polarization devices and bend-sensitive polarization devices. It adopts an 80 μm cladding diameter design, offering a smaller structural size than conventional fibers, which facilitates compact device design and integration. It also provides excellent polishing performance, geometric consistency, polarization-maintaining performance, full-temperature stability, and mechanical reliability. The product is available at two operating wavelengths, 1310 nm and 1550 nm, and includes configurations with different bend resistance to meet requirements under different bending radii and device structures.

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