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Delay Coil
Various fiber optic sensing applications.
Photodetector
The detector assembly product consists of a PIN detector chip and a transimpedance amplifier circuit with a low-noise GaAs-FET input stage. This product features low noise, high bandwidth, and low voltage responsivity variation. It is available in 8J/6J ceramic packages, as well as metal DIP-8-pin and metal DIP-14-pin housings. The fiber coupling method utilizes fully metallized fiber optic coupling, offering excellent hermeticity, long service life, and stable environmental performance.
974nm Pump Butterfly Modules-SGLD-974-XXX-XXX-00-X
The high quality pump laser diode with butterfly package can meet high power of optical transmitter system.Also, the built-in thermo-electriccooler(TEC)can make the laser diode work properly in various environments.
1310nm DFB/SLED Butterfly Device-SGSLD-1310-1.5-BS2-00-8
a. High power output b. Metal-coupled and hermetic package c. TEC inside d. Polarization-maintaining or single-mode optical fiber e. 8pin/6pin Butterfly package
Dual-Axis Dynamic Inclinometer-AM2-070
The dual-axis dynamic inclinometer (hereinafter referred to as "the product") integrates a six-axis MEMS sensor with advanced circuitry. It measures inclination by detecting changes in static gravitational acceleration, converting these into angular displacement outputs relative to the horizontal plane. Utilizing MEMS accelerometers and gyroscopes with an optimized compensation algorithm model, it ensures measurement stability and repeatability.This AM2-070 dual-axis dynamic inclinometer applies to: satellite antenna star search, railway locomotive monitoring, petroleum drilling equipment, underground drilling attitude navigation, geological equipment tilt monitoring, ship navigation attitude measurement, satellite communication vehicle attitude detection, shield tunneling and pipe jacking applications.
Narrow Line width DFB Butterfly Device
The high quality MQW DFB laser diode with butterfly package can meet high power of optical transmitter system. Also, the built-in thermo-electric cooler (TEC) can make the laser diode work properly in various environments.
LN15-22CFH Lithium Niobate Integrated Optical Multi-Function Chip
Applications: Fiber Optic Gyroscope (FOG) Systems Coherent Detection Fiber Sensors Other Fiber Sensing Fields
Gas detection DFB Butterfly Device SGNLD-XXXX-XX-XX-FA-14-XX-X
The high quality MQW DFB laser diode with butterfly package can meet high power of optical transmitter system. Also, the built-in thermo-electric cooler (TEC) can make the laser diode work properly in various environments.
Gas detection DFB Butterfly Device SGLD-XXXX-XX-XX-FA-14
The high quality MQW DFB laser diode with butterfly package can meet high power of optical transmitter system. Also, the built-in thermo-electric cooler (TEC) can make the laser diode work properly in various environments.
1550nm Wide Band Super Luminescent Diode SGSLD-1550-XX-XX-XX-14-HC
a.Fiber Optic Gyroscope b. Optical Test Instrument c. Fiber Optic Sensors d. Fiber Optic Communications e. Optical Coherence Tomography f. Biomedical Imaging Device g. Clinical Healing Equipment
Three-Axis Temperature-Controlled Turntable
Used for testing and calibration of aerospace inertial navigation devices/systems, defense/military equipment, research institutes, marine systems, and electronic sensors, including components such as: gyroscopes, accelerometer, reaction wheels, satellite sensors, test radar systems.
Three-Axis Turntable
Used for testing and calibration of aerospace inertial navigation devices/systems, defense/military equipment, research institutes, marine systems, and electronic sensors, including components such as: gyroscopes, accelerometer, reaction wheels, satellite sensors, test radar systems.
Double-Axis Temperature-Controlled Turntable
Used for testing and calibration of aerospace inertial navigation devices/systems, defense/military equipment, research institutes, marine systems, and electronic sensors, including components such as gyroscopes, accelerometers, reaction wheels, satellite sensors, and test radar systems. It provides multi-degree-of-freedom (multi-DOF) motion and comprehensive performance testing under high/low-temperature environments for MEMS sensors, fiber optic gyros (FOG), laser gyros, and other precision devices.
Dual-Axis Turntable
Used for testing and calibration of components in aerospace inertial navigation systems, defense/military industries, R&D institutes, marine systems, and electronic sensors, including: gyroscopes, accelerometer, reaction wheels, satellite sensors, test radar systems.
Single-Axis Turntable
Used for performance testing of fiber optic gyroscopes and inertial navigation devices under full-temperature operating environments, including various orientations, rates, oscillation, and other environmental conditions.
UV Curing Chamber
The LED UV Curing Chamber is designed for UV adhesive curing. The system includes a main chamber, UVLED control system, AI constant temperature control system, and air-cooled heat dissipation system. It is suitable for UV curing applications in fiber optic coils, printing industries, and electronics (e.g., PCB, displays).
High Precision Fiber Re-winding Machine
The equipment is mainly used for fiber splitting and re-winding of various specifications, and the equipment can support fiber diameter: Φ0.04 mm ~ Φ0.40mm.
Fiber Coil Winding Machine
Suitable for winding low, medium and high precision Gryoscope fiber coil, hydrophone optical fiber coil, optical delay optical fiber coil etc, and the equipment is simple and easy to operate, compact design, stable program control, and can realize various winding of optical fiber coil, such as Single-pole, Quadrupole, Octapole, sixteen pole, thirty-two pole etc.
Large Size INS
The product outputs the carrier's azimuth and inclination information in real time based on the attitude calculation principle of inertial navigation,cross-links with the carrier's main control system through CAN bus,outputs the carrier's azimuth and inclination information in real time after north seeking,and CAN receive the north seeking or reset instructions sent by the carrier's main control system,stray parameter configuration and CAN bus communication parameter configuration functions.Through the RS422 bus,the carrier azimuth and attitude information can be output in real time,and the test terminal can be cross- linked to realize the product compensation parameter configuration and software online loading function.The product displays the azimuth Angle,inclination Angle,total startup time,status time and status code information of the device in real time through the OLED display,which is the key component of the carrier to realize the azimuth attitude measurement and intelligent transformation.
Medium Size INS
The AKS-150 is a portable mine intrinsically safe instrument that can quickly measure azimuth and inclination. The device can measure the true north Angle of the carrier at rest, and the measurement error is less than 0.8°.It has the function of autonomous orientation.
Small Size INS
This product is mainly composed of low precision three-axis integrated fiber optic gyroscope, MEMS accelerometer and dual antenna satellite navigation module.It has all-weather autonomous navigation capability,with the ability to accept external GNSS satellite navigation parameters such as position, speed, heading, angular speed, acceleration, etc.for the carrier, and is an important information source to realize navigation positioning, guidance, control and other functions.
Three-axis FOG
The three-axis closed-loop fiber optic gyroscope assembly is used to measure angular rates about three axes relative to inertial space.
IMU FOG—M36-IMU
The M36-IMU utilizes fiber optic gyroscopes and quartz accelerometers to measure angular velocity and acceleration information along each axis of the carrier coordinate system. The angular velocity and acceleration data are transmitted to the acquisition and processing circuit, where they undergo sampling, filtering, and error compensation before outputting the processed angular velocity and apparent acceleration information. This product adopts a mid-section shock absorption design, making it adaptable to various applications. Its external dimensions are 110mm × 110mm × 50mm, with a weight not exceeding 700g.
IS-220 -Mining Inertial Navigation System
The IS-220 Tracking Measuring Instrument adopts a combination of a three-axis gyroscope and a three-axis accelerometer, forming a specialized compact inertial measurement system. It offers advantages such as small diameter, short length, and light weight, making it highly suitable for positioning and orientation measurement within narrow-diameter pipelines. It serves as the core component for attitude measurement in the tracing measurement system.
Dual-axis FOG
Used for testing and calibration of components in aerospace inertial navigation systems, defense/military industries, R&D institutes, marine systems, and electronic sensors, including: gyroscopes, accelerometer, reaction wheels, satellite sensors, test radar systems.
Single-axis FOG
Single-axis closed-up loop FOGs has achieved industrial-scale production, covering diameters from 50-120mm. Maximum precision reaches 0.002°/h(vs. Earth rotation at 15°/h), specs are fully customizable to client requirements.
Custom-Shaped Fiber Coil
According to Sagnac effect: in a closed optical loop of any geometry, two light waves emitted from any point and propagating in opposite directions will change the phase of the two light waves if the closed light path rotates in a certain direction relative to the inertial space when returning to the point.
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Medium Precision Fiber Optic Gyroscope Coil
According to Sagnac effect: in a closed optical loop of any geometry, two light waves emitted from any point and propagating in opposite directions will change the phase of the two light waves if the closed light path rotates in a certain direction relative to the inertial space when returning to the point.
High Precision Fiber Optic Gyroscope Coil
According to Sagnac effect: in a closed optical loop of any geometry, two light waves emitted from any point and propagating in opposite directions will change the phase of the two light waves if the closed light path rotates in a certain direction relative to the inertial space when returning to the point.
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Low Precision Fiber Optic Gyroscope Coil
According to Sagnac effect: in a closed optical loop of any geometry, two light waves emitted from any point and propagating in opposite directions will change the phase of the two light waves if the closed light path rotates in a certain direction relative to the inertial space when returning to the point.
850nm SLED Butterfly Device SGSLD-850-XX-XX-XX-X
Applications a. Fiber-Optic Gyroscope b. Optic Test c. Optical Fiber Transmission System d. Fiber-Optic Sensor e. Instrumentation and Meters
Y-Waveguide
Y-waveguide product is designed to support multiple operating wavelength windows, including 1310 nm and 1550 nm. These wavelength windows are optimized through targeted design to adapt to diverse application scenarios, ensuring high-efficiency performance across various spectral regions. The product supports customization based on specific customer requirements, offering flexible solutions for wavelength selection and packaging configurations.
1310nm SLED Butterfly Device SGSLD-1310-XX-XXX-XX-X
Applications a. Fiber-optic gyroscope b. Optic test c. Optical fiber transmission system d. Fiber-optic sensor e. OCT
Special Optic Fiber
Panda fiber is mainly used in the field of fiber optic gyroscope and other polarization related devices.Due to its high polarization stability. It is suitable for use in systems with high requirements for polarization characteristics. Panda fiber is made by assembling a preform and drawing the fiber. The base preform is manufactured using the VAD process, ensuring the axial consistency of the optical fiber structure through high-precision numerical control drilling. The optical fiber’s cross-sectional structure features two perfectly symmetrical circular stress bars.The core and stress bars are aligned, resulting in excellent polarization crosstalk characteristics.Panda fiber’s attenuation performance is improved by the VAD process,while the stress rod’s MCVD process provides excellent birefringence performance.
1310/1550nm SLD Butterfly Device SGSLD-1XX0-XX-XX--XX-14
Applications a. Fiber-optic gyroscope b. Optic test c. Optical fiber transmission system d. Fiber-optic sensor e. OCT
1550nm Wide Band SLD Butterfly Device SGSLD-1550-XX-XX-XX-14-H
Applications a. Fiber Optic Gyroscope b. Optical Test Instrument c. Fiber Optic Sensors d. Fiber Optic Communications e. Optical Coherence Tomography f. Biomedical Imaging Device g. Clinical Healing Equipment
1550nm SLD Butterfly Device SGSLD-1550-XX-XX-XX-14-HB
Applications a.Fiber Optic Gyroscope b. Optical Test Instrument c. Fiber Optic Sensors d. Fiber Optic Communications e. Optical Coherence Tomography f. Biomedical Imaging Device g. Clinical Healing Equipment
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