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- Complete Catalogue OPHIR
Complete Catalogue OPHIR
Complete Catalogue OPHIR
Ophir-Spiricon is a leader in laser measurement technology, known for its accurate and reliable devices. The merger with Spiricon enhances their capabilities in beam profile measurement, solidifying their industry leadership.
Ophir-Spiricon focuses on improving material science to enhance the durability and precision of their devices, adhering to ISO 9000-2000 standards and holding numerous patents.
The company is committed to leading in laser technology instrumentation across medical, industrial, and research fields, emphasizing accuracy, reliability, and robustness.
Founded in 1976, Ophir Optronics has grown from an optical coating company to a global leader in laser measurement instrumentation, with facilities in Jerusalem and Logan, Utah.
Ophir-Spiricon addresses challenges in measuring high power and energy density lasers, offering solutions for both high power and high repetition rate lasers.
Ophir supplies laser measurement equipment for medical and industrial markets, supporting a wide range of laser wavelengths used in various procedures and applications.
Ophir offers comprehensive calibration services, ensuring accuracy across a range of wavelengths, verified by NIST.
Ophir's smart head technology allows for versatile and accurate power and energy measurement, with heads that store configuration and calibration data for seamless integration with displays.
Ophir-Spiricon continues to innovate and lead in the field of laser measurement, providing essential tools for a variety of applications across multiple industries.
The document details various types of laser power and energy measurement sensors developed by Ophir, including thermopile discs, thermal surface absorbers, volume absorbers, and photodiode sensors. It discusses calibration methods and accuracy considerations for high power measurement.
These sensors measure heat flow and are almost independent of beam size and position, designed for different applications such as long pulses, short pulses, and continuous radiation.
These absorbers consist of a refractory material on a heat-conducting substrate, suitable for long laser pulses and continuous beams.
Designed for short pulses, these absorbers use a neutral density glass to absorb light over a depth of 1-3 mm.
Calibration methods for models like 5000W and 10K-W are discussed, emphasizing accuracy and linearity.
These sensors produce a current proportional to light intensity and are highly linear over a range of power levels.
Used for measuring divergent beams from diode lasers, ensuring uniform light distribution and accurate power measurement.
The document provides detailed information on various types of laser power and energy measurement heads, focusing on pyroelectric, photodiode, and RP sensors.
These sensors are sensitive to low energies and operate at frequencies up to 20,000Hz, primarily used in photolithography and medical industries.
RP heads are designed for high energy repetitively pulsed lasers, offering advantages over pyroelectric sensors.
The document lists various models of photodiode and thermal heads, detailing their features such as aperture size, spectral range, power range, and energy range.
This software assists in selecting the appropriate measurement head based on laser parameters like wavelength, pulse length, and repetition rate.
The document provides step-by-step instructions for using the Head Finder Program.
The document provides detailed specifications and features of various photodiode heads and instruments, particularly the PD300 series.
The PD300 series includes models with different power handling capabilities and spectral responses, equipped with filters to prevent saturation.
The document discusses the importance of selecting heads that operate below 50% of the damage threshold to ensure longevity and reliability.
Detailed ordering information is provided for various models, including part numbers and descriptions.
Ophir supplies heads for measuring broadband light sources, with specific spectral responses and measurement capabilities.
This model is designed for low power CW lasers in tight locations, featuring a very thin profile.
The PD200 offers a cost-effective solution for measuring laser wavelengths at powers up to 200mW.
The document provides detailed specifications for various laser power and energy meters, including models like PD200, BC20, 3A-IS, F100A-IS, and others.
The document outlines the operational procedures for using these devices, including calibration processes and the use of specific features.
All devices comply with electromagnetic compatibility standards and are CE approved.
Recommendations are provided for the optimal use of each device, including the appropriate applications for each model.
The document includes graphs showing the spectral sensitivity and relative spectral response of various models.
Each section provides ordering information with part numbers for easy reference.
The document provides detailed specifications and ordering information for various power/energy meters designed for different laser applications.
- Energy and Power Measurements: The meters cover a range of continuous wave (CW) and pulsed measurements.
- Response Time: Typical response times with display range from 1.2s to 3.8s.
- Linearity and Accuracy: Linearity with power is generally ±1%, with power accuracy around ±3%.
- Cooling Methods: Cooling is achieved through convection, fan, or water.
- Absorbers and Apertures: The absorbers cover a broad spectral range, and apertures vary from 16mm to 65mm.
- High Damage Threshold: Some models are designed with high damage thresholds for handling high energy and average power pulsed lasers.
- Specialized Absorbers: Models like the LP1 and EX are tailored for specific laser types.
- Compact and Large Aperture Designs: The meters are available in compact designs for tight spaces and large aperture designs for handling large beams.
Each model is listed with its specific part number (P/N) for easy ordering.
The meters are recommended for various applications, including general-purpose use, high energy pulses, large beams, and specific laser types.
This document serves as a technical guide for selecting the appropriate power/energy meter based on specific laser applications.
The document provides detailed specifications and features of Ophir's pyroelectric, photodiode, and RP heads designed for repetitive energy measurements in laser applications.
- Accuracy: Independent of pulse rate, duration, or history with built-in wavelength correction.
- Performance: Capable of measuring pulse rates up to 20,000Hz and energy as low as 10pJ.
- Versatility: Suitable for measuring both long and short pulses.
These heads combine thermal head measurements with photodiode measurements for accurate energy per pulse readings.
- PD10: Measures pulse energy from 1nJ to 20μJ at up to 10,000Hz.
- PD10-pJ: Measures extremely low energies from 10pJ to 200nJ.
- PE9/PE9-F: Designed for low energy measurements with pulse rates up to 20KHz.
- PE10/PE10BB: Suitable for low energy lasers with a broad spectral range.
- PE25/PE25BB: General use for medium aperture pulsed lasers.
- PE50/PE50BB: Designed for large aperture pulsed lasers.
- PE25BB-DIF/PE25-DIF: Features a diffuser for high damage threshold.
- PE50BB-DIF/PE50DIF-ER: Includes a removable diffuser.
- PE50-DIF-U: Optimized for Q-switched lasers.
- Calibration accuracy typically ±3%.
- Damage thresholds vary by model.
- Cooling is generally by convection.
Ophir's range of pyroelectric, photodiode, and RP heads offer versatile and precise solutions for laser energy measurement.
1. Damage Threshold: For <100ns pulses, 300mJ/cm² for <400nm and 200mJ/cm² for >400nm.
2. Linearity: ±2% for >10% of full scale.
3. Maximum Average Power: 20W with an aperture of Ø33mm.
4. Cooling: Convection.
5. Special Features: High damage threshold for 193nm radiation.
6. Spectral Response: Calibrated at 193nm.
7. Surface Reflectivity: ~10% in the UV.
8. Maximum Pulse Width: 10μs.
9. Energy Scales: 10J/1J/100mJ/10mJ.
10. Calibration Accuracy: ±3% at 193nm.
1. Beam Splitter Usage: Allows measurement of high energy density lasers by reflecting 5% to 10% of the energy into the head.
2. Fiberoptic Adapters: Used for mounting fiber optics to pyroelectric heads.
1. Recommended Use: High energy excimer lasers at 193nm.
2. Special Features: High damage threshold for 193nm radiation.
1. PE50-DIF-U-V2: 33mm aperture pyroelectric head with high damage threshold.
2. Beam Splitter: For PE and thermal heads.
3. Scope Adapter: Provides BNC output to scope.
1. RP Heads: Suitable for CW & Single Pulse Measurements with a range of 30mW - 30W.
2. FL250A-RP: Suitable for CW & Single Pulse Measurements with a range of 100mW - 250W.
3. L1500W-LP-RP: Suitable for CW & Pulse Measurements with a range of 10W - 1500W.
1. Spectral Graphs & Absorption: Displays approximate spectral absorption of absorbers.
2. Pulsed Laser Damage Threshold: Graphs for pyroelectric and thermal heads showing energy density in J/cm².
The document provides detailed information on various laser power and energy measurement devices offered by Ophir, including the Orion series, Nova II, Laserstar, and AN/2 models.
The Orion series includes three models: Orion TH, Orion PE, and Orion PD, each supporting different types of laser heads and offering specific features.
The Nova II is a versatile handheld laser power/energy meter compatible with all Ophir heads.
The Laserstar model is available in single and dual-channel versions, allowing for independent measurement of two channels or the ratio/difference between them.
The AN/2 and AN/2E models provide low-cost analog and digital displays for thermal and photodiode heads.
Ophir provides PC connectivity options through StarCom software and LabVIEW VIs.
- All devices feature rechargeable batteries with long operating times.
- Devices are constructed with high-impact plastic cases and EMI shielding.
- Data handling capabilities include non-volatile storage and various output options.
The document provides detailed technical specifications and functionalities of Ophir's laser measurement instruments and software.
The instruments support RS232, USB, and GPIB communication for data transfer and control.
Ophir provides several software solutions, including StarCom for data plotting and storage, USB Software for USB communication, and LabVIEW VIs for custom application development.
The document outlines the data transfer rates and storage capacities for different models.
Various modules and kits are available to enhance the functionality of the instruments.
Spiricon systems offer comprehensive solutions for laser beam profiling, including hardware and software for measuring beam profiles.
The LBA software provides advanced beam analysis capabilities.
The software provides a graphical interface for analyzing beam stability, featuring scatter plots and histograms for peak and centroid locations.
The software includes patented Ultracal baseline setting for accurate measurements.
Users can view beam profiles in 2D and 3D, with options for cross-section profiles and aperture overlays.
The software provides calculations for total power, peak power density, and beam width.
Ultracal enables accurate baseline correction, and the software supports multiple frame averaging and summing.
The software offers gamma correction, lens applied options, and manual gain control.
ActiveX control is available for integration with MATLAB and LabVIEW.
The software facilitates automated operation and report generation.
The software allows for reliable M² measurement of laser beams.
The document provides detailed specifications and procedures for measuring the M2 parameter of laser beams using the M2-200 Beam Propagation Analyzer.
The M2-200 system offers both automatic and manual measurement options.
The document outlines the use of beam attenuators and steering mirrors in the measurement process.
This section describes the Hartmann Wavefront Analyzer, which measures beam wavefronts.
The Pyrocam III series is highlighted for its ability to image CO2 lasers, telecom NIR lasers, and other infrared sources.
The document provides specifications for various camera models, including FireWire Silicon CCD Cameras and USB Silicon CCD Cameras.
1. Exclusive Ultracal for ISO conforming accuracy.
2. RS-170 Framegrabber compatibility.
3. Optional optical trigger module for camera synchronization with laser pulses.
1. Inline industrial laser beam monitoring solution.
2. Rapid tuning for optimal laser performance.
3. Real-time beam optimization and fault diagnosis.
4. Consists of turning mirrors, beam splitter, attenuation, and beam telescope.
5. Compatible with Pyrocam III infrared camera and FireWire interface.
1. Portable solution for medium power lasers (up to 1000W CO2 and 500W YAG).
2. Measures beam widths up to 31mm.
3. Includes reflecting wedge, ND filters, beam telescope, and CCD camera.
1. UV Image Converters for beam reduction and resolution enhancement.
2. ND glass attenuator filters to reduce laser beam intensity.
3. Beam splitters for additional attenuation, compatible with various wavelengths.
1. Measures focal spots of high power YAG lasers.
2. Includes negative lens for focal path extension and image enlargement.
1. Larger aperture system with interchangeable components.
2. Suitable for longer wavelengths and high power density.
1. Expander enlarges image 4X, suitable for UV beams.
2. Reducer decreases image size 4X, maintaining image quality.
1. Various models for different applications and spectral responses.
2. Features include high resolution, dynamic range, and trigger options.
3. Compatible with UV image converters and various beam sizes.
The document provides detailed specifications for various camera systems, including pulsed, synched, and continuous wave (CW) operation modes.
The document outlines the minimum host system requirements for operating the cameras.
The document specifies the spectral response range for each camera, the maximum beam size, pixel spacing, and the number of effective pixels.
Recommendations include using a UV image converter for wavelengths below 350nm.
The tables provide a comparison of different camera models, including their applications, spectral response, maximum beam size, pixel spacing, and frame rates.
The document includes a comprehensive list of part numbers and descriptions for ordering various camera systems.
1. Camera Power and Adapters: The document mentions a PCI to PCMCIA adapter box (SP-LTA) for enabling Framegrabber use with laptops.
2. Pyrocam III Beam Profiler Systems: Various models of pyroelectric array detectors are listed.
3. Interchangeable Windows: Windows for Pyrocam III are available in different materials and coatings.
4. Beam Splitters: Several types of beam splitters are described.
5. Laser Profiling Kits: Kits for YAG and CO2 lasers include software, cameras, beam splitters, and other hardware.
6. Filters and Adapters: A range of stackable filters, spacers, and fiber adapters are available.
7. UV Converters: Devices for converting UV images to visible light.
8. Imaging Systems: Includes beam expanders and reducers, fiber adapter brackets, and UV converter assemblies.
1. Synchronization: Optical triggers are recommended for synchronizing cameras with laser pulses.
2. Beam Intensity Management: Beam splitters and attenuators are suggested for managing beam intensity.
3. Filter Usage: Filters are recommended for specific wavelength ranges.
1. Compatibility: Components such as beam splitters and filters are designed to fit standard camera mounts.
2. Wavelength Specifications: Products are specified for particular wavelength ranges.
1. Product Codes: Each product and component is associated with a specific code.
2. Website Updates: Users are encouraged to visit the manufacturer's website for the latest updates.
The document provides detailed specifications and descriptions of various optical components and systems, including lenses, laser spectrum analyzers, photodetectors, and laser beam analyzers.
The document lists several lens assemblies with different focal lengths designed for mounting to YAG FSA assemblies.
The WaveStar offers high-resolution spectral measurements with a 0.5nm FWHM.
The WaveStar uses a 3000 element CCD detector with proprietary optics.
Designed for measuring pulsed lasers, the FPS-10 offers two operation modes.
These systems monitor laser beam parameters for industrial applications.
The document provides part numbers and descriptions for ordering various components.
The document provides detailed specifications for the BA500 and BA100 beam profiler units.
The document outlines the procedures for using the beam profiler units.
The minimum PC system requirements for operating the beam profiler units are provided.
Ophir offers a range of OEM laser power/energy measurement instrumentation.
The document highlights the compactness, versatility, reliability, and accuracy of Ophir's thermal OEM heads.
Detailed ordering information is provided for different types of OEM heads.
The document outlines various models of broadband absorbers and pyroelectric heads designed for power and energy measurements.
Calibration is performed at customer-selected wavelengths.
Recommended use cases include power and energy measurements across a spectral range of 0.19 – 10.6μm.
UA versions include built-in amplifiers with options for analog or digital RS232 outputs.
Detailed part numbers and descriptions are provided for various models.
Ophir offers custom solutions tailored to OEM customer specifications.
The Nova display can be integrated into host systems.
The document appears to be a product index from a technical catalog, listing various laser and optical measurement devices and accessories.
- Product Listings: The document provides a comprehensive list of products, including laser measurement devices, beam profilers, and accessories.
- Categories: Products are categorized by type.
- Accessories and Adapters: The index includes various accessories such as adapters for different devices.
- Beam Profiling Systems: Several entries relate to beam profiling systems.
- Product Range: The document lists a wide range of products.
- Part Numbers: Each product is associated with a specific part number.
- Page References: Page numbers are provided for each product.
- Website References: The document encourages users to visit the company's websites for the latest updates.
This document serves as a detailed index for a technical catalog, offering a structured overview of laser measurement products and accessories.
Catalog excerpts
For over 30 years Ophir has met the challenge to consistently provide accurate and reliable laser power and energy measurement devices. Now Ophir welcomes Spiricon - the world-renowned leader in beam profile measurement. Our first-class teams of scientists and engineers set the standard for innovation in the face of increasing demands for durability and precision. By combining forces, Ophir-Spiricon now leads the industry in all aspects of laser beam measurement. > Improvements in material science continually extend the operational limits of our increasingly damage resistant laser measurement...
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Ophir Optronics was founded in 1976, as an optical coating company that has grown and diversified into other areas. Ophir employs a highly-qualified staff of over 400 engineers, technicians and skilled workers. Our company products are sold worldwide through a distribution network that includes four fully certified calibration facilities and repair centers. The majority of Ophirs laser measuring instrumentation line is exported and marketed by agents in more than 35 countries around the world, the largest markets being the USA, Europe and Japan. > Sited in an impressive 9,500 sq.m. (102,500 sq.ft.)...
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progress to more powerful systems, especially in the dermatology field, and to introduce diode lasers and intense pulsed light (IPL) sources instead of the traditional gas or solid state lasers. Ophir has developed special equipment that can for the first time measure the output of IPL sources. Regulating bodies such as the FDA in the USA require the manufacturers to have at least one channel of power or energy monitoring in each laser. Ophirs high-quality OEM products provide an extraordinarily efficient answer to this requirement. > Industrial laser customers include both laser manufacturers...
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This section introduces Ophirs wide range of laser measuring instruments for laser users. This general guide, which will assist you in choosing power/energy measurement instrumentation according to your specific needs, also serves as an introduction to other products available from Ophir Optronics. > Ophir standard power and energy measuring heads and displays all use smart head technology. This means that all the configuration and calibration information is stored in a small memory chip inside the smart head plug, so that when the head is plugged into the display the correct power and energy...
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In principle, the reading is not dependent on the ambient temperature since only the temperature difference affects the voltage generated and the voltage difference depends only on the heat flow, not on the ambient temperature. A thermistor is used to compensate for the fact that the thermocouple effect is not exactly linear with temperature (the effect decreases about 10% at the highest operating temperature of Ophir sensors about 80 > o C). The thermistor֒s resistance decreases as the temperature increases. The reduced resistance increases the effective voltage on the amplifier by the same...
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When measuring a laser with short pulses of tens of s or less, the heat is deposited in a short time and cannot flow during the pulse (see illustration B). Therefore a surface absorber which absorbs the energy in a thin surface layer is not suitable. All the energy is deposited in a thin layer and that layer is vaporized. These limitations catalyzed the development of volume absorbers which have traditionally consisted of a neutral density glass thermally bonded to a heat-conducting metallic substrate. The ND glass absorbs the light over a depth of 1-3 mm instead of fractions of a micrometer....
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Ophir excimer absorbers are moderately volume absorbing and have excellent absorption in the UV. Having almost complete spectral flatness from 193 to 400 nm, they can also be made in large aperture sizes ideal for excimer lasers. Their ability to absorb well at 10.6 m allows them to be used for CO > 2 lasers too. > Ophir models 5000W, 10K-W and Comet 10K are calibrated using a relatively low power ~ 150 - 300W lasers. Using such low power lasers to calibrate the instrument vs. the high power at which it is used raises the question of calibration accuracy. The following explanation clearly demonstrates...
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The Ophir display unit amplifies this signal and indicates the power level received by the head. Due to the superior circuitry of the Ophir displays, the noise level is very low and the PD300 series heads with Ophir display have a large dynamic range from nanowatts to watts. The PD300 is shown schematically below. The PD300 and PD300-3W have the exclusive patented dual detectors connected back to back which eliminate any signal illuminating both detectors equally (background light). > The sensitivity of various photodiode sensors varies from one head to another as well as with wavelength. Therefore,...
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Pyroelectric type sensors are useful for measuring the energy of repetitively pulsed lasers at up to 20,000Hz and are sensitive to low energies.They are less durable and less accurate than thermal types and therefore should not be used whenever it is not necessary to measure theenergy of each pulse and average power measurement is sufficient. The largest markets today for pyroelectric energy heads are the photolithography industry and the medical industry. Pyroelectric sensorsuse a pyroelectric crystal that generates an electric charge proportional to the heat absorbed. Since the two surfaces...
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13 For latest updates please visit our website: www.ophiropt.com / www.spiricon.com >
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HeadFeaturesApertureSpectral RangePower RangeEnergy RangePage 30(150)ACW to 30W, intermittent to 150W ֘ 17mm0.19-20 m50mW-150W20mJ-300J4030(150)A-LP1As above, high damage threshold for long pulses 17mm0.25-2.2 m50mW-150W20mJ-300J4030(150)A-HEHigh energy and average power, CW to 30W, intermittent to 150W 17mm0.19-0.625 m, 1.064 յ m, 2.1 m, 2.94 յ m50mW-150W50mJ-200J4030(150)A-HE1High energy and average power, CW to 30W, intermittent to 150W 17mm0.19-0.76 ص m, 2.9 m50mW-150W50mJ-200J40 30(150)A-HE-DIF For high energy Q switched pulses to 30W, intermittent to 150W 16mm0.19-3 m except for 625-900nm50mW-150W50mJ-30J4130(150)A-SVVery...
Open the catalog to page 16All Ophir Optronics catalogs and technical brochures
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Archived catalogs
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Laser Beam Prifile catalog42 Pages
Laser Beam Profile42 Pages
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- CMOS camera module
- Industrial camera module
- Automatic analyser
- Benchtop analyser
- USB camera module
- Portable analyzer
- GigE Vision camera
- Compact imager
- Continuous analyzer
- Compact analyzer
- Infrared analyser
- Calibration analyzer
- Camera with global shutter
- USB 3.0 camera module
- Distance sensor
- Ethernet video camera
- Medical video camera
- 3D scanning system