Laser Power Meter

Dimension-Labs has shown great ingenuity, and a new generation of photoelectric Laser Power Meter series products has emerged gloriously. Breaking free from the constraints of traditional designs, based on the detector packaging integration methods and diverse application scenarios, this series has been exquisitely crafted into four distinct styles: the integrated power meter, the cage-compatible power meter, the integrating sphere power meter, and the thin-sheet power meter. Each probe can accurately sense laser beams, covering a wavelength range of 200 - 2600nm and extending the detection power from picowatts to 20W, ensuring precise measurements and diverse laser applications.

 

The optical power meter is inlaid with a high-precision LCD screen, making the power values clearly visible at a glance, fully demonstrating the beauty of intuitiveness. Meanwhile, users can seamlessly connect to PC software or mobile APPs via Bluetooth or data cables, enjoying an efficient and convenient measurement experience. The photoelectric power meter series products of Dimension-Labs use innovative design as the pen and excellent performance as the ink to draw a grand blueprint that meets the needs of different users. Standing proudly among the high-end measuring instruments in the industry, they have become the top choice for professional applications.

Advantages and Features

• Multi-dimensional adaptation of 5 types of probes
• Rotary / Cage / Ultra-thin / High-power
• Compatible with spatial light and fiber optic light
• Wavelength coverage: 200 - 2600nm
• From picowatt-level weak light to 20W
• Maximum detection diameter of 12mm (customizable)
• High-definition digital display / Convenient switching
• Intelligent PC software / APP
• Bluetooth / USB / Analog connection

• Multi-dimensional adaptation of different probes

 

The dimensional photoelectric laser power meter probes are ingeniously designed with multiple innovative forms, including the integrated rotatable type, the type suitable for cage systems, the thin-sheet type for narrow spaces, and the integrating sphere type. Each probe design fully takes into account the requirements of various practical application scenarios, ensuring that users can find the most suitable power detection solution in most environments.

 

 

• 270 degree rotatable probe, flexible mounting of accessories

 

The all-in-one laser power meter probe is centered on an ultra-thin design, which is not only stylish in appearance, but also achieves a breakthrough in practicality. Users can flexibly adjust the measurement angle of the probe according to the actual beam direction, and the maximum rotation range is up to 270 degrees to ensure the accurate measurement of beam power. The probe is equipped with a professional attenuation piece, by sliding the attenuation piece can change the power measurement range, to meet the needs of different beam power measurement.

 

 

• Space light/fiber optic coverage

 

Designed and manufactured with care, this series of laser power meter is not only suitable for free-space beam power measurement, but also can accurately determine the power of fiber-coupled light sources, covering a wavelength range of 200-2600 nm. In order to meet the needs of different users, each type of laser power meter probe is equipped with corresponding fiber optic flange adapter, which is fully compatible with the diverse fiber optic connectivity standards available on the market.

 

      

 

• Detectable from low light to high power at the picowatt level

 

Dimension-Labs revolutionized the new laser power meter with a highly sensitive silicon detector that enables accurate capture of low light down to the picowatt level. Equipped with an integrating sphere probe that can directly detect high power lasers up to 20W, it greatly increases the upper power limit of the optoelectronic power meter, thus effectively balancing the needs of the power meter to measure low light and high power. At the same time, the large detection window further guarantees the measurement of different beam sizes, and the opening size can be customized according to the actual application scenario.

 

•12mm detection window, detection band 200-2600nm

 

Carefully designed and optimized, this series of laser power meter shows excellent performance and innovation. Integrating sphere probe window diameter up to 12mm (customizable), other probe probe diameter up to 10mm, strong compatibility, can easily cope with the diameter of 12mm and below the laser beam power measurement tasks. Different material detectors effectively cover the UV, visible and extended infrared wavelengths, thus meeting the user's needs for laser power detection at any wavelength in the range of 200-2600nm.

 

 

• High-definition digital display, convenient switching

 

Dimension's photoelectric laser power meter is the perfect combination of portability and stability. Its compact size not only makes it easy for users to hold and operate, but also allows it to be firmly fixed in various complex experimental scenarios, ensuring that the measurement process is not interfered with. The power meter's high-definition LCD digital display screen clearly presents measurement data in real time, providing accurate data support for experiments. Unique wavelength and unit switching button design, reasonable layout, convenient operation, so that users can quickly switch between different measurement needs, greatly enhancing the measurement efficiency. The SMB interface of the device can realize the convenient transmission of analog data, which makes the interaction of experimental data more smooth and efficient, and brings more possibilities for scientific research and industrial applications.

 

 

• Intelligent PC-based software/APP, Bluetooth/USB data connection

 

This series of laser power meter is equipped with Dimension's exclusive intelligent PC and mobile measurement software, which not only has an intuitive and easy-to-use graphical interface and rich setup options, but also has efficient data storage and report generation functions. Users can easily connect to the software via Bluetooth or USB data connection, thus realizing precise control of various parameters of the laser power meter and comprehensive management of the measurement process.

 

Application Scenario

 

The detection of optical power assumes an important role in scientific research, industrial manufacturing, laser medicine, optical communication and other application fields. Accurate measurement of laser power can not be separated from high-precision laser power meter, accurate and efficient optical power measurement equipment is essential for the normal progress of scientific research, the accurate output of the project parameters, the normal operation of the equipment and safety.

 

• Tight space, large area optical power measurement

 

The ultra-thin profile of the All-in-One Power Meter Probe makes it easy to fit into compact environments, whether it's a tight crevice or a complex internal structure. The probe's 270-degree rotatable design allows the user to steer it any way they want, while maintaining stable measurement performance. In addition, the thin-film power meter probe is also ultra-thin and small in size, designed for laser power detection in confined spaces where hand-held measurements are inconvenient.

 

• Laser coupled power detection

 

In advanced optical systems, an efficient coupling process not only ensures the stable transmission of the laser beam, but is also the key to successful experiments. In order to ensure that the beam coupling achieves the best effect, precise power measurement technology can be used to monitor the coupling process in real time, thus accurately assessing the beam coupling efficiency and providing a solid guarantee for the excellence of the experimental results.

 

 

 

• System Component Reflectance Measurement

 

In a precision optical system, the propagation of a laser beam is often skillfully split into multiple optical paths through reflective elements, and the laser beam will generate energy loss due to absorption, scattering and other effects each time it passes through the reflective elements. These small losses of energy can be a key factor affecting the results of optical experiments in the pursuit of extreme precision. In order to accurately quantify this loss, the power of the laser beam before and after reflection can be measured using a high-precision LPM photoelectric laser power meter, which has an ultra-high resolution of 10pW and can accurately detect changes in the laser power, and through a comparative analysis, obtain accurate data on the reflective properties of the element, as well as the potential impact that the reflected beam may have on the subsequent experimental measurements.

 

 

 

 

 

 

 

• Adaptation to Cage System Optical Power Measurement

 

Caged optical systems often face a number of challenges when making laser power measurements, such as spatial limitations, instability of the measurement process, and difficulties in fixing the probe. Dimension's Cage Laser Power Meter probes are uniquely designed to easily and quickly snap into a 30mm or 60mm cage system, allowing them to probe laser power anywhere within the system at will, providing users with an unprecedented degree of measurement freedom.

 

 

 

 

 

 

 

 

• Silicon Optical Chip Power Measurement

 

Silicon optical chip, as an innovative chip integrating optical and electronic functions, shows a broad application prospect in the frontier fields of high-speed communication, optical interconnection and optical computing, etc. Dimension-Labs, based on its profound technical accumulation and long-term research in the field of optoelectronic testing, fully utilizes the advantages of its industry-leading photoelectric power meter as the core optical power testing equipment. With the advantage of its industry-leading photoelectric power meter as the core optical power testing equipment, Labs has crafted and launched a mass-production silicon optical testing solution. The introduction of this innovative solution not only significantly improves the testing efficiency, but also significantly reduces the cost of the complete system, injecting a strong impetus for the development of the silicon optical chip industry.

 

• Laser equipment production and testing

 

As the core components of all kinds of laser application equipment, lasers are widely used in semiconductor, optical communication, medical equipment and many other fields. The power and other parameters of the laser directly determine the performance indicators and application scenarios of the entire product. In the production process of lasers, as well as the testing and maintenance of laser equipment, power meters play a crucial role. The production of lasers and the testing and maintenance of laser equipment are all subject to the rigorous testing of power meters to ensure that the equipment has stable and reliable performance parameters and can operate stably in practical applications.

 

• Optical Communication and Industrial Applications

 

Power meter is widely used in the field of communications. It plays an important role in fiber testing and optical module performance testing scenarios, which can effectively guarantee the stability and efficiency of the access network. In addition, the power meter can also monitor the optical signal strength in real time, which is essential for the precise adjustment of the light source power and accurately detect the quality of fiber optic connections. In the industrial field, the power meter is also very useful, can help quickly detect the light source and fiber optic transmission problems. In the case of fiber optic transmission, for example, optical power meters can accurately measure the intensity of the light emitted and determine whether it meets the standard requirements, thus ensuring that the transmission process is both efficient and high-quality.