// Laser power measurement device

HUARIS laser power meter HS2515-U

Looking for a reliable laser power meter? Check out Huaris laser power meters – the perfect tool for measuring laser power accurately and efficiently.

Huaris laser power meters are the go-to choice for professionals in need of precise laser power measurements. Whether you’re in the lab or out in the field, Huaris laser power meters provide accurate and reliable measurements for all your laser power needs. Get yours today!

Unlock the true potential of your laser system – powered by our reliable laser power meter!

With our laser power meter, you can rest assured that your laser system is operating at its optimal level, ensuring maximum efficiency and productivity. So why wait? Invest in our laser power meter today and take your laser system to the next level!

// Unlock the true potential of your laser power meter system

Huaris laser beam power meter features

Accurate Measurements

A good power meter should provide precise and accurate measurements of laser power, regardless of the measurement conditions and the environment. Thanks to this, it is possible to achieve optimal performance of the laser system.

Cloud Data Storage

Experience the power of our cloud-based laser power meter. With long-term data storage capabilities, you can securely store your laser power measurements for extended periods. Our advanced cloud service not only allows you to access your data anytime, anywhere but also detects trends, enabling you to make data-driven decisions. With comprehensive and insightful reports, you'll gain valuable insights into your laser's performance. Stay informed, analyze trends, and optimize your laser operations with ease.

Fast Sampling

The Huaris Laser power meter offers fast sampling capabilities. With high-speed sampling rates, the power meter can perform fast measurement, enabling precise measurement and analysis. This feature is especially useful in materials processing applications where laser power needs to be optimized for specific material types and thicknesses.

Wide Measuring Range

The power meter should be capable of measuring a wide range of laser power to ensure measurement versatility and enable it to be used in a variety of applications.

Areas of application

The compact and portable Huaris Laser power meter offers a range of measurement possibilities that can tackle any application, including field, laboratory, and production environments. The high-precision allows accurate and repeatable measurements in research and development applications. It is also ideal for use on the production lines or in manufacturing environments. With built-in calibration and customizable settings, the meter is very easy to use.

Solid construction

The power meter should be designed with durable materials and high-quality components to ensure reliable and accurate measurements even in challenging environments. Additional protective features, such as protection against thermal overheating, ensure the safety of users and increase the life of the device.

Availability of accessories

is an important factor to consider when choosing a laser power meter, as it allows users to customize their measurement setup to fit their specific needs. A good power meter should offer a range of accessories, such as different types of sensors and adapters, to accommodate different types of lasers and measurement setups. The availability of accessories can greatly improve the functionality and versatility of a laser power meter, making it a valuable tool for any laser application.

Ease of use

A good power meter should have an intuitive user interface and features that make measurements easy. This ensures that users can operate the meter with ease, leading to more accurate and reliable measurements.

Usability of software

is a crucial aspect of a good power meter, as it provides the necessary tools to analyze and interpret the data collected by the device. A confident and user-friendly software can enhance the capabilities of the power meter, allowing users to optimize laser parameters and improve the efficiency of their applications. With dedicated software, users can easily control and configure the power meter, analyze data, and generate reports, making it an essential part of any laser power measurement system.

Reliable compact tool

A compact laser power meter is a handy and smal device designed for convenient use in the field. It offers accurate and reliable measurements of laser power and energy, and also data logging. With its ease of use and flexibility, the Huaris laser power meter is a versatile tool for a wide range of applications, including research, manufacturing, and field testing.

// Unlock the true potential of your laser power meter system

Huaris laser beam power meter features

// remote laser beam analyzer for your laboratory and production environments

Benefits by using Huaris laser power meter

Don’t let inaccurate measurements hold you back – trust our laser power meter for consistent and reliable results

- Improved accuracy and reliability in laser power measurement
- Enhanced laser system performance and efficiency
- Reduced waste and increased product quality
- Increased safety and reduced risk of accidents
- Time and cost savings due to quick and easy measurements

Investing in our laser power meter will provide you with a wide range of benefits, from improving accuracy and reliability in laser power measurement to increasing safety and reducing risk of accidents. With enhanced laser system performance and efficiency, you can also expect reduced waste and increased product quality. Our laser power meter offers quick and easy measurements, leading to valuable time and cost savings. Don’t compromise on the quality of your laser system – trust our power meter to deliver consistent and reliable results every time.

// HUARIS laser power meter HS2515-U

Measure with confidence with our laser power meter

Are you having trouble measuring laser power accurately and efficiently? Do you need a reliable solution to ensure that your laser system is operating at its optimal level?

Inaccurate laser power measurement can lead to various problems, such as inefficient laser operations, reduced product quality, and even safety hazards. Traditional power meters can be difficult to use and often require frequent calibration, leading to wasted time and money. This is where our laser power meter comes in!

Measure with confidence, achieve with precision – with our laser power meter!

Our laser power meter offers an innovative solution to your laser power measurement needs. With its advanced features, it provides accurate and reliable power measurements, ensuring that your laser system is always operating at its optimal level. The device is easy to use, requires minimal calibration, and offers quick results, saving you time and money.

Huaris Power Meter Manager 1.0 is dedicated laser power meter software

The Huaris Laser power meter software is designed to provide an intuitive interface for controlling and monitoring the performance of the laser power meter. With this software, users can easily configure the settings of the power meter, monitor power and energy measurements in real-time, and analyze data for further processing. The software also provides advanced features such as automatic calibration, which allows for more accurate measurements and reduces the possibility of errors. In addition, the software allows for data to be saved in the convenient and clear PDF report, with date, time and other key information.

// HS2515-U is portable laser power meter

Compact Laser Power Meter for Precision Measurements

Measure laser power with ease and precision using our advanced portable laser power meter. Our power meter offers a wide range of capabilities, including measuring power in the range of 10mW to 15W, and accommodates a wide range of wavelengths, power levels, and pulse energies. With its advanced technology and reliable measurements, our handheld laser power meter is an ideal solution for anyone looking to measure laser power with precision and ease.

- Wavelength range: 0.19 -25µm
- Damage threshold: 15kW/cm²
- Power range: 10mW – 15W
- Active area diameter: 22mm

// FAQ laser power & energy meters

Read Most Frequent Questions
about laser power & energy meters

Specification
Software
Technical Drawing
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Technical specification of the HUARIS HS2515-U laser power meter
Power Range	10 mW - 15 W
Active Area Diameter	22 mm
Probe Coating Film	Broadband coating
Probe Material	Thermopile
Wavelength Range	0.19-25 μm
Max. Average Power Density	15 kW/cm²
Sensitivity	10 mW
Response Time (0-90%)	<1 sec.
Linearity	±1%
Overall Weight	1.454 kg
Cooling Method	Air cooling
Computer Interface	USB 2.0
Instrument Power	100-240 VAC, 50/60 Hz, DC 12V-3.34A
Device temperature during operation	5°C - 45°C (41°F - 113°F)
Device temperature during storage	-20°C - 70°C (-4°F - 158°F)
Warranty Period	2 years

Huaris laser power meter comes equipped with dedicated software designed to complement the device's advanced technology and enhance its functionality. This software is designed to streamline the measurement process, making it easier and more efficient to obtain accurate laser power measurements. With the software, you can easily configure your power meter, view and analyze measurement data, and generate reports.

The software is user-friendly and compatible with Windows operating system, ensuring that it can be used by everyone regardless of their technical knowledge or experience. It provides an intuitive interface that makes it easy to access and utilize all the features of our laser power meter.

With our dedicated software, you can expect to get the most out of your laser power meter, whether you're using it for research purposes, industrial applications, or simply to measure the power of your laser system. Trust our software to provide you with accurate and reliable results, streamlining the measurement process and making it easier to optimize the performance of your laser system.

This tab provides access to the technical drawing of the HS2515-U Huaris Power Meter. By clicking on the download link, you can obtain the detailed technical drawing of the power meter, which includes precise measurements, dimensions, and other specifications. The technical drawing is essential for gaining a comprehensive understanding of the power meter's design and for supporting various applications, such as integration into laser systems or custom mounting solutions. Ensure you have the necessary information at your fingertips by downloading the technical drawing of the HS2515-U Huaris Power Meter.

Download HS2515-U Technical Drawing

his datasheet of Huaris HS2515-U power meter contains comprehensive information about the features, specifications, and technical details of the power meter. By downloading the datasheet, you can gain a deeper understanding of the capabilities and performance of the Huaris HS2515-U power meter, enabling you to make informed decisions for your power measurement needs. Simply click the "Download Datasheet" button below to obtain the datasheet in PDF format.

Download HS2515-U datasheet

How to measure laser power

To measure laser power, you can use a laser power meter, which typically consists of a detector or sensor that measures the laser power and converts it into an electrical signal that can be displayed on a meter or a computer. To take a measurement, the detector is typically placed in the path of the laser beam, and the meter or computer displays the power measurement in watts or another relevant unit. It's important to use a power meter that is appropriate for the laser wavelength and power level being measured, and to follow proper safety protocols to avoid eye or skin damage from the laser beam.

How to calculate laser power

To calculate laser power, you need to measure the laser beam's energy and the time it takes for the laser to deliver that energy. You can use a laser energy meter to measure the laser beam's energy and a timer to measure the time it takes for the laser to deliver that energy. Once you have these measurements, you can divide the energy by the time to calculate the laser power in watts. It's important to use the appropriate units and to follow proper safety protocols to avoid eye or skin damage from the laser beam.

What units is the laser power measured in?

Laser power is typically measured in watts (W) or milliwatts (mW). 1 mW = 0,001 W. Sometimes kW unit is used for powerful lasers (1kW = 1 000 W) or even MW (1MW = 1 000 000 W).

Which laser measure is the best?

There isn't a single "best" laser power or energy meter that is suitable for every application. The ideal laser power or energy meter for a particular application depends on several factors, such as the power and energy range of the laser, the wavelength of the laser, the type of laser (pulsed or continuous wave), and the measurement accuracy required.

Therefore, it's important to consider your specific needs and the requirements of your application before selecting a laser power or energy meter. Consult with Perspectiva Solutions experts to ensure that you select the right laser power or energy meter for your application.

Are laser power measures accurate?

Yes, laser power measures are generally very accurate. However, the level of accuracy can vary depending on the type and quality of the power meter. Some factors that can affect the accuracy of laser power measurements include the type of detector used, the calibration of the meter, and the spectral response of the detector to the laser wavelength.

It's important to use a calibrated laser power meter and follow the manufacturer's instructions for optimal accuracy. Additionally, user error or environmental factors such as temperature and humidity can also affect the accuracy of measurements. Therefore, it's important to handle and use the laser power meter properly and follow the recommended operating conditions to achieve accurate and reliable measurements.

Can I measure pulsed laser power?

Yes, it is possible to measure pulsed laser power using a laser power meter that is capable of measuring pulsed power. Pulsed lasers emit light in short pulses or bursts, and their power output can be measured using a power meter that is designed to capture and measure the power of each pulse. Some power meters can also provide information about the pulse shape, width, and frequency. It is important to select a power meter that is appropriate for the laser being measured, and to follow the manufacturer's instructions for taking measurements.

Do I need to recalibrate my laser power meter?

Yes, laser power meters should be periodically recalibrated to ensure accurate and reliable measurements. The frequency of recalibration depends on the specific instrument and its intended use, as well as environmental factors such as temperature and humidity. It is recommended to follow the manufacturer's instructions for recalibration, which typically involves sending the instrument to a calibration laboratory or using a calibration source.

How often laser power meter must be recalibrated?

The frequency of recalibration for a laser power meter depends on several factors, such as the manufacturer's recommendations, the frequency of use, the environmental conditions in which the meter is used, and the application for which it is used. Generally, it is recommended to recalibrate a laser power meter at least once a year to ensure accuracy and reliability. However, it is best to follow the manufacturer's recommendations for the specific model of laser power meter being used.

How to measure laser energy?

Laser energy can be measured using a laser energy meter or a pyroelectric sensor that converts the laser energy into an electrical signal. The meter displays the energy measurement in joules (J) or millijoules (mJ), which can then be used to calculate the laser power by dividing the energy by the time it takes for the laser to deliver that energy.

Is the laser power meter and laser energy meter the same?

No, a laser power meter and a laser energy meter are not the same.

A laser power meter measures the power output of a laser beam in watts or milliwatts.

A laser energy meter, on the other hand, measures the total energy output of a laser pulse or a continuous wave over a certain period of time in joules or millijoules.

While both meters are used to measure laser performance, they measure different parameters of the laser beam and require different types of sensors and measurement techniques.

What units is the laser energy measured in?

Laser energy is typically measured in units of joules (J) or millijoules (mJ).

How to calculate laser energy?

To calculate the laser energy, you can use the formula:

Energy (Joules) = Power (Watts) x Time (Seconds)

For example, if you have a laser with a power output of 5 watts and it has been operating for 2 seconds, the energy output can be calculated as:

Energy (Joules) = 5 watts x 2 seconds = 10 Joules

It's important to note that this formula is only applicable to pulsed lasers or lasers that operate in short bursts. For continuous-wave lasers, the energy output can be calculated by integrating the power over time.

Are laser energy measures accurate?

Laser energy measures can be accurate if they are properly calibrated and used correctly. However, the accuracy of the measurement may depend on various factors such as the quality and calibration of the instrument, the stability of the laser source, and the skill of the operator. It is important to follow the manufacturer's instructions and guidelines to ensure accurate measurements.

What makes laser optics different from normal optics?

Laser optics are designed and manufactured to meet the specific requirements of laser systems, which operate at high intensities and often involve the use of monochromatic, coherent light.

Some key differences between laser optics and normal optics include:

Material selection: Laser optics are often made from materials that have high optical quality and can withstand high temperatures and intensities, such as fused silica or calcium fluoride.
Coatings: Laser optics typically have specialized coatings to enhance their reflectivity or transmissivity at specific wavelengths of light. These coatings are often designed to minimize absorption and maximize durability under high-power laser operation.
Precision manufacturing: Laser optics are often manufactured to very tight tolerances to ensure that they meet the demanding requirements of laser systems. This precision is necessary to maintain the beam quality and accuracy of the laser output.
Testing: Laser optics are typically tested under high-power laser conditions to ensure that they meet the required specifications for reflectivity, transmissivity, and durability.

How should I clean my laser sensor?

Cleaning a laser sensor requires a delicate approach to avoid damaging the sensor. It's recommended to use a clean, lint-free cloth or lens tissue, and a gentle cleaning solution such as isopropyl alcohol. Gently wipe the sensor surface in a circular motion, being careful not to apply too much pressure or scratch the surface. Avoid using harsh chemicals, solvents, or rough materials that can damage the sensor. Additionally, it's important to follow the manufacturer's instructions and precautions for cleaning the specific model of laser sensor you are using.

Do I need to recalibrate my laser energy meter?

Yes, laser energy meters also need to be recalibrated periodically to ensure accurate and reliable measurements. The frequency of recalibration depends on factors such as usage, environmental conditions, and manufacturer recommendations. It is important to follow the manufacturer's guidelines for recalibration to maintain the accuracy and performance of the laser energy meter.

How often laser energy meter must be recalibrated?

The frequency of laser energy meter calibration depends on various factors, including the manufacturer's recommendations, the frequency of use, and the environmental conditions in which it is used. It is recommended to check the calibration of the energy meter periodically and recalibrate it at least once a year, or more frequently if it is used extensively or under harsh conditions. It is important to follow the manufacturer's guidelines and instructions for calibration to ensure accurate and reliable measurements.

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Perspectiva Solutions
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22-400 Zamość, Poland

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(+48) 730 709 490

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Huaris laser power meter – HS2515-U

HUARIS laser power meter HS2515-U

Unlock the true potential of your laser system – powered by our reliable laser power meter!