光響 List of Products and Services

【Features】 - Used for distance detection and measurement for obstacle detection and collision prevention in robots and transport vehicles. - Equipped with a rotating mechanism, capable of measuring a wide plane of 270° to 360°. Enables object detection over a large area with less data compared to 3D LiDAR. - There are two types of LiDAR: triangulation method and TOF (Time of Flight) method.

• Distance measuring device

The 3D distance image sensor Amfini Soleil FX10s is a laser sensor that can be used day or night due to its active method (using near-infrared pulse laser). By equipping the optical system for laser transmission and reception with the MEMS scanner "ECOSCAN," it achieves resistance to ambient light of over 200,000 lx. By rapidly scanning the laser, it ensures safety (Class 1) and can output stable distance and light intensity values for each coordinate. *Note: It cannot be used for security devices.*

• Distance measuring device

This product features high frequency, easy installation, and low cost, and complies with the IP67 standard. It is a solid-type LiDAR that demonstrates excellent performance for detection both indoors and outdoors.

• Distance measuring device

With 256 lines and an ultra-high resolution of 0.1°*0.1°, it achieves high-definition target detection capability across the entire field of view (120°*25.6°), allowing for accurate detection of various targets. Additionally, the LiDAR employs a 905 nm active light source, enabling continuous sensing.

• Distance measuring device

Benewake's TF03, as the third generation product of the TF series, inherits the high cost performance and high integration of the previous two generations while upgrading more than 10 key indicators. It offers multiple expansion features, boasts high product maturity, and meets diverse needs in various application fields. It is mainly used in areas such as drones, intelligent transportation, and security warning systems. The TF03 comes in two types: the TF03-100 for 100m measurement and the TF03-180 for 180m measurement. Each type has three interface options: UART/CAN, RS-485/RS-232, and 4-20mA Analog Signal.

• Distance measuring device

The cost-effective TF02-i has a distance performance of up to 40m and can be widely used in areas such as fall detection, fall prevention, and vehicle collision alarms.

• Distance measuring device

The TFmini series has the advantages of low cost, small size, low power consumption, and multiple interfaces that meet various requirements. As an upgraded version, the TFmini-S is based on the extensive experience of the TFmini. It is compact and lightweight, yet high-performing, making it suitable for a wider range of applications.

• Distance measuring device

TF-Luna is a single-point ranging LiDAR based on the TOF principle. Its unique optical and electrical design enables stable, accurate, and highly sensitive range measurements. This product is built with algorithms adapted to various application environments and employs multiple adjustable configurations and parameters to provide excellent distance measurement performance in complex application fields and scenarios.

• Distance measuring device

The Livox Tele-15, designed for high-altitude long-distance detection, is compact, highly accurate, and durable. Therefore, while moving at high speeds, vehicles can detect and avoid obstacles in advance.

• Distance measuring device

Livox Avia features a compact and lightweight design while incorporating functions that enhance the FOV beyond 70° and improve scanning efficiency. The triple return and two types of scanning modes are ideal for applications such as mapping and low-speed autonomous driving.

• Distance measuring device

Mid-70 specializes in product design for application fields such as low-speed autonomous driving and mobile robotics, significantly expanding the vertical field of view, narrowing blind spots, and further enhancing scanning accuracy at close distances. It inherits the characteristics of low cost and high performance, supporting the realization of safer autonomous driving.

• Distance measuring device

HAP complies with up to 74 items of automotive-grade reliability test criteria and will begin continuous production at Livox's latest automotive-grade manufacturing center in the fourth quarter of 2021. Livox has secured a partnership to supply HAP for new models that Xpeng and FAW plan to mass-produce, supporting the development of an industry-leading smart driving system that achieves exceptional safety and ride comfort.

• Distance measuring device

The point cloud analysis software LiDAR360 is a dedicated platform developed by GreenValley International for processing vast amounts of point cloud data. It employs over ten cutting-edge point cloud algorithms, artificial intelligence, and machine learning to maximize the potential of point cloud data while solving users' application problems.

• Distance measuring device

LiAir is a LiDAR for drones manufactured by GreenValley International. The laser mounted on the laser drone penetrates through gaps in vegetation to reach the ground, allowing for measurements from the ground to the height of trees with centimeter-level accuracy, which is impossible with photogrammetry. When used with the data analysis and processing software "LiDAR 360," measurement data can be visualized and effectively utilized in various fields. We offer a wide range of options that can be mounted on DJI drones. *Please note that the drone body is not included with the LiDAR for drones.

• Distance measuring device

LiGrip is a scanner backpack mounting module that allows you to scan with a handheld rotating SLAM LiDAR carried on your back. *The LiGrip is not included in the backpack kit. 【What is LiGrip】 LiGrip is a handheld LiDAR manufactured by GreenValley International. With its simple and lightweight design, it features a compact body that allows for handheld use, and its built-in HD camera makes it suitable for various industrial projects. It easily converts the real world into a 3D point cloud, making it an ideal tool for the metaverse and digital twins.

• Distance measuring device

LiGrip is a handheld LiDAR manufactured by GreenValley International. With its simple and lightweight design, the compact body allows for handheld use, and the built-in HD camera makes it suitable for various industrial projects. It easily converts the real world into 3D point clouds, making it an ideal tool for the metaverse and digital twins.

• Distance measuring device

By intensively irradiating laser light with a light concentration intensity of 100 megawatts per unit area, we efficiently remove dirt, rust, and coatings. Achieving class-leading (*) light concentration intensity allows us to remove deep rust, thick coatings, and stubborn dirt that could not be removed even by other manufacturers' laser cleaners with over 1500 W. While maintaining stability during long-term use, we have achieved complete air cooling. By eliminating the need for a cooling chiller, the entire system has become more compact, enhancing flexibility in installation and transportation. Maintenance tasks such as managing and replacing cooling water are also unnecessary, improving convenience. We have adopted a small, lightweight head using a one-axis mirror galvanometer. Combined with the realization of air cooling, we have achieved a weight of just 1 kg. This reduces the burden on users during transport and operation, contributing to improved work efficiency.

• Other cleaning machines

This is a laser marker equipped with a battery, allowing for easy portability without the need for an outlet. The handheld unit weighs 1.4 kg, and the main body is under 10 kg. With simple operation via a touch panel, it enables high-precision printing anywhere. Using a fiber laser, it can print detailed markings such as 5 × 5 mm QR codes on various metals, including stainless steel, carbon steel, and aluminum. Its compact and portable design makes it suitable for printing on existing equipment, difficult-to-move objects, and in narrow workspaces.

• Laser marker

Frequency-resolved optical gating (FROG) is the gold standard for laser pulse measurement. It is far more powerful than autocorrelation and calculates the complete intensity and phase of any pulse without requiring assumptions about the pulse. This has been proven to address all conceivable challenges and perform excellently in every case. FROG is used in thousands of laboratories around the world. GRENOUILLE is a simple and elegant version of FROG. Naturally, it is single-shot and is also used in over 1,000 laser labs worldwide. It is perhaps the most popular modern pulse measurement technology. 【High-performance real-time FROG pulse acquisition software】 To use Swamp products, the purchase of analysis software is also necessary. The analysis software enables real-time analysis using Swamp products.

• Optical Measuring Instruments

USB oscilloscope and mixed signal oscilloscope

• oscilloscope

PC oscilloscope and mixed signal oscilloscope

• oscilloscope

[PicoScope 4262] High-resolution digital oscilloscope for the 16-bit analog world [PicoScope 4444] High-resolution differential USB oscilloscope

• oscilloscope

Flexible Resolution USB Oscilloscope

• oscilloscope

Ultra Deep Memory Oscilloscope

• oscilloscope

PicoScope 9400 Series 5 and 16 GHz sampler expanded real-time oscilloscope

• oscilloscope

PicoScope 9300 Series Sampling of the oscilloscope up to 25GHz using TDR/TDT and optical models.

• oscilloscope

All components and functions within the ML6710i are designed to achieve a single goal: to enable safe and efficient ophthalmic treatment for patients and doctors.

• Laser Components

Laser irradiation is performed for 5 to 6 minutes per cycle using either a "frontal diffuser" or a "cylindrical diffuser," depending on the location and size of the cancer. The frontal diffuser can irradiate superficial tumors on the surface with a circular light, and the irradiation range can be adjusted from 17 to 38 mm. The cylindrical diffuser involves inserting a needle catheter with a needle into the lesion and placing a fiber optic inside the catheter to irradiate the tumor from within, with light reaching approximately 10 mm around the diffuser.

• Laser Components

We provide specialized devices for biomedical applications such as oncology and surgery.

• Other measurement, recording and measuring instruments

The ion gauge controller from Stanford Research Systems is a high-precision vacuum gauge controller that achieves pressure measurement and process automation in one device. It measures pressure using Bayard-Alpert ionization gauges, convective Pirani gauges, and capacitance manometers, providing continuous pressure readings from 1000 Torr to UHV.

• Vacuum Equipment

Stanford Research Systems' potentiostats provide electrochemical researchers with the opportunity to equip themselves with high-quality compliance equipment at a very attractive price. The standalone front panel operation makes it easy to handle field use and routine electrode preparation. The free Windows software (SRSLab) includes routines for all major electrochemical experiments and can be downloaded from the SRS website. Stanford Research Systems' potentiostats have an open command set, allowing researchers to write their own waveforms or custom software.

• Voltage Meter

The voltage-controlled power supply from Stanford Research Systems offers new features for researchers who require ultra-low noise current sources, providing a flexible and user-friendly device. It naturally harmonizes with high-sensitivity AC equipment such as lock-in amplifiers and offers an easy way to generate high-precision current directly from AC or DC control voltages. This instrument acts as both a current source and sink, with an adjustable compliance voltage of up to ±50 V, delivering complete "four-quadrant" performance. The voltage-controlled power supply from Stanford Research Systems is a product that laboratories researching semiconductors, transport phenomena, superconductivity, and nanotechnology should definitely consider adding.

• Power Supplies

The DG645 from Stanford Research Systems is a versatile digital delay/pulse generator that provides accurately defined pulses with a maximum repetition frequency of 10 MHz. This device features several improvements over traditional designs, including low jitter, high precision, high trigger rates, and more outputs. It also comes equipped with Ethernet, GPIB, and RS-232 interfaces, allowing for control from computers and networks.

• Electrical Instruments/Electrometers

To improve the quality, functionality, and scalability of the ARTIQ system, we have been developing the Sinara device family. This provides turnkey control hardware with reproducibility, openness, flexibility, modularity, thorough testing, and adequate support from the ARTIQ control software.

• Optical Experimental Parts

ARTIQ (Advanced Real-Time Infrastructure for Quantum physics) is a cutting-edge control system for quantum information experiments. It was initiated and developed in collaboration with the Ion Storage Group at NIST and is now used and supported by many research institutions around the world. Currently, ARTIQ is primarily used in atomic physics groups, but its range of applications extends beyond ion trapping.

• Optical Experimental Parts

If you require a special custom solution, we will respond with the exact performance you need. Below are examples of possible customizations for standard products, but this does not limit you in any way. Please contact us first.

• Laser Components

SLS's unique electronics make it easy to lock the laser to the target wavelength, cancel drift, and transmit stable light through fiber. These compact turnkey units seamlessly integrate into your existing experiments, utilizing the power of digital control to simplify your life. Remote control operation via remote desktop or command set. - More circuits/control channels per rack unit - Offset lock control for stabilized laser frequency - PDH lock, phase lock, comb lock

• Laser Components

To ensure the stability of the cavity and minimize frequency drift, it is important to properly select the vacuum housing. SLS engineers have conducted years of finite element modeling and experimental validation of acceleration sensitivity, adapting the design of the cavity, mount points, and housing to a wide range of shapes. - Exceptional temperature stability enables low frequency drift across a wide operating range - Carefully designed mounting structure to minimize vibration sensitivity - Custom temperature stabilization suitable for laboratory or field experiments

• Laser Components

Design system that achieves narrow line width and ultra-low drift performance in a turnkey assembly - Ultra-low drift, narrow line width, low maintenance turnkey system - Customizable specifications, features, electronics, and accessories - Selection of system form factors: breadboard, rack-mounted system, custom table

• Laser Components

**Overview** MPBC's fiber laser product line has evolved from reliable Raman fiber lasers that have been used in telecommunications optical fiber systems for over 20 years. Exceptional performance is achieved based on an all-fiber architecture that leverages MPBC's telecom design practices. The design of all-fiber lasers eliminates the need for alignment by not using bulk components, providing unprecedented stability in wavelength and output power, and ensuring diffraction-limited linear polarized output and TEM00 single-mode beams. MPBC's fiber laser technology is highly flexible, capable of offering customers nearly all wavelengths from 465nm (930nm) to 790nm (1580nm). We have established close collaborations with researchers worldwide to develop lasers suitable for each application. By using our proprietary fiber Bragg grating to lock the laser wavelength, we can manufacture specific wavelengths tailored to particular requirements with a very short turnaround time.

• Laser Components

The MPB high-power mode-locked femtosecond fiber laser operates in the spectral range of 920 nm to 1190 nm. It has traditionally been covered by ultrafast Ti:sapphire lasers and optical parametric oscillators. It generates nearly transform-limited pulses with a pulse width of 200 fs, a repetition rate of 80 MHz, and an average power of 1 W in linear polarization. This compact, maintenance-free laser is fiber-based and features an excellent beam profile, requiring no optical adjustments.

• Laser Components

Robin W features an ultra-wide field of view (FOV) of 120°×70°, enabling broader lateral field detection and a blind spot-free view. It can detect up to 70 m at a reflectivity of 10%, which is twice the detection range of other side-view LIDARs. Additionally, it maintains a minimum range of 0.1 m, minimizing blind spots.

• Distance measuring device

The Beam Profiler "LaseView-LHB-25" is a model with a detection area of 25mm x 25mm. It is the smallest model in the LHB series, weighing less than 1kg while maintaining its basic functions. The "LaseView-LHB" series of beam profilers, designed for large diameter and high output, is an unparalleled optical product capable of measuring the largest beams in the world. It is also used for simultaneous emission evaluation of multiple LEDs and semiconductor lasers. This single unit can be used for a wide range of applications. **Features of the LHB Series:** - Customizable according to application - Easy measurement of beam profiles and beam diameters - Capable of measuring lasers with large diameters (1 mm to 200 mm) - Capable of measuring lasers with high output (0.1 W/cm² to 100 W/cm²) - Equipped with a speckle reduction function - Comes with M2 platform software (LaseView) for the beam profiler

• Optical Measuring Instruments

The beam profiler (beam profiler) "LHB-200-VISNIR-GigE" is a model with a light receiving area of 200mm × 200mm. It has become possible to measure large beam diameters, which was difficult until now. It also supports infrared. The large diameter and high power compatible beam profiler "LaseView-LHB" series is an unparalleled optical product that can measure the largest beams in the world. It is also used for simultaneous emission evaluation of multiple LEDs and semiconductor lasers. This single unit can be used widely. 【Features of the LHB Series】 - Customizable according to application - Easy measurement of beam profiles and beam diameters - Capable of measuring lasers up to large diameters (1 mm to 200 mm) - Capable of measuring lasers up to high power (0.1 W/cm² to 100 W/cm²) - Equipped with speckle reduction functionality - Comes with M2 platform software (LaseView) for the beam profiler

• Optical Measuring Instruments

The Beam Profiler (Beam Profiler) "LaseView-LHB-200" is a model with the industry's largest detection area of 200mm x 200mm. It has made it possible to measure large beam diameters, which was previously difficult. The large diameter and high power compatible Beam Profiler "LaseView-LHB" series is an unparalleled optical product that can measure the largest beams in the world. It is also used for simultaneous emission evaluation of multiple LEDs and semiconductor lasers. This single unit can be used for a wide range of applications. 【Features of the LHB Series】 - Customizable according to application - Easy measurement of beam profiles and beam diameters - Capable of measuring lasers up to large diameters (1 mm to 200 mm) - Capable of measuring lasers up to high power (0.1 W/cm² to 100 W/cm²) - Equipped with a speckle reduction function - Comes with M2 platform software (LaseView) for the beam profiler

• Optical Measuring Instruments