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PRODUCT GUIDE 2023
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PRODUCT GUIDE 2023
Product catalog summary
Introduction
This document is the 2023 product guide for Gentec-EO, a company specializing in laser beam measurement and beam profiling. It includes detailed information on various products, including power detectors, energy detectors, beam profilers, and terahertz detectors.
This document is the 2023 product guide for Gentec-EO, a company specializing in laser beam measurement and beam profiling. It includes detailed information on various products, including power detectors, energy detectors, beam profilers, and terahertz detectors.
New Releases
The guide highlights several new products, such as the MIRO ALTITUDE, a professional display device for power and energy measurement, and the UP-QED series, recognized for its high damage thresholds. Other notable releases include optical attenuators, integrating sphere power meters, and the HP60A-15KW-GD-TUBE high-power detector.
The guide highlights several new products, such as the MIRO ALTITUDE, a professional display device for power and energy measurement, and the UP-QED series, recognized for its high damage thresholds. Other notable releases include optical attenuators, integrating sphere power meters, and the HP60A-15KW-GD-TUBE high-power detector.
About Gentec-EO
Gentec-EO is based in Quebec City, Canada, and has over 50 years of experience in laser measurement. The company emphasizes accuracy and partnership with customers, offering a wide range of products and services globally.
Gentec-EO is based in Quebec City, Canada, and has over 50 years of experience in laser measurement. The company emphasizes accuracy and partnership with customers, offering a wide range of products and services globally.
Product Categories
- Power Detectors: Includes low power, general use, high-performance absorbers, and high power detectors.
- Energy Detectors: Covers low energy, general use, high speed, and high energy detectors.
- Beam Profiling: Features beam profilers and quality analyzers.
- Terahertz Detectors: Offers low power and general use detectors.
- Displays & PC Interfaces: Includes display devices and PC interfaces for data management.
Calibration and Accuracy
Gentec-EO uses gold calibration standards to ensure the highest accuracy in measurements. The calibration process involves comparison to NIST standards, rigorous uncertainty calculations, and ISO-certified quality systems.
Gentec-EO uses gold calibration standards to ensure the highest accuracy in measurements. The calibration process involves comparison to NIST standards, rigorous uncertainty calculations, and ISO-certified quality systems.
Calibration and Uncertainty
The document discusses the calibration process, emphasizing the complexity of calculating calibration uncertainty. It involves a statistical method considering all uncertainty sources, including the manufacturer. Calibration wavelengths are limited to those between 157 nm and 10.6 μm, as per NIST standards. Gentec-EO offers NIST traceable calibration from 250 nm to 2.5 μm using a proprietary setup.
The document discusses the calibration process, emphasizing the complexity of calculating calibration uncertainty. It involves a statistical method considering all uncertainty sources, including the manufacturer. Calibration wavelengths are limited to those between 157 nm and 10.6 μm, as per NIST standards. Gentec-EO offers NIST traceable calibration from 250 nm to 2.5 μm using a proprietary setup.
Personal Wavelength Correction
Gentec-EO provides a Personal Wavelength Correction Certificate, ensuring calibration accuracy within ±1% of the original. This correction is specific to each detector, enhancing measurement precision.
Gentec-EO provides a Personal Wavelength Correction Certificate, ensuring calibration accuracy within ±1% of the original. This correction is specific to each detector, enhancing measurement precision.
Power Detectors
The document outlines various power detectors, including photodetectors for low power (up to 750 mW) and thermal detectors for low noise measurements. It highlights the availability of different sensors (silicon, UV-silicon, germanium) and attenuators (OD.3/OD1/OD2).
The document outlines various power detectors, including photodetectors for low power (up to 750 mW) and thermal detectors for low noise measurements. It highlights the availability of different sensors (silicon, UV-silicon, germanium) and attenuators (OD.3/OD1/OD2).
High Performance and High Power Detectors
High-performance detectors like the UP-QED series are designed for extreme power and energy density, with high damage thresholds. The document also describes high-power detectors capable of measuring up to 15 kW, with options for portable use without water cooling.
High-performance detectors like the UP-QED series are designed for extreme power and energy density, with high damage thresholds. The document also describes high-power detectors capable of measuring up to 15 kW, with options for portable use without water cooling.
Specifications and Accessories
Specifications for various models are provided, detailing maximum power, spectral range, and calibration uncertainty. Accessories include fiber adaptors, extension cables, and smart connectors for data transfer.
Specifications for various models are provided, detailing maximum power, spectral range, and calibration uncertainty. Accessories include fiber adaptors, extension cables, and smart connectors for data transfer.
PRONTO-SI Power Probe
The PRONTO-SI is a compact, pocket-sized power probe with a touchscreen interface, capable of measuring very low powers (0.3 nW to 800 mW). It features a slide-in attenuator and data logging capabilities, with options for fiber optics adaptors.
The PRONTO-SI is a compact, pocket-sized power probe with a touchscreen interface, capable of measuring very low powers (0.3 nW to 800 mW). It features a slide-in attenuator and data logging capabilities, with options for fiber optics adaptors.
General Specifications
The device features a touchscreen color LCD display measuring 28.0 x 35.0 mm with a resolution of 128 x 160 pixels. It can store up to 50,000 data points and is powered by a rechargeable Li-ion battery with a life of 17 hours at 25% brightness, rechargeable via USB.
The device features a touchscreen color LCD display measuring 28.0 x 35.0 mm with a resolution of 128 x 160 pixels. It can store up to 50,000 data points and is powered by a rechargeable Li-ion battery with a life of 17 hours at 25% brightness, rechargeable via USB.
Physical Characteristics
The device has an effective aperture of 10 x 10 mm and uses a silicon sensor with an integrated slide-in OD1 attenuator. It includes a mounting hole for a post and has dimensions of 41W x 216.2L x 15.8D mm when open, and 41W x 136L x 22.1D mm when closed, weighing 150 g.
The device has an effective aperture of 10 x 10 mm and uses a silicon sensor with an integrated slide-in OD1 attenuator. It includes a mounting hole for a post and has dimensions of 41W x 216.2L x 15.8D mm when open, and 41W x 136L x 22.1D mm when closed, weighing 150 g.
Key Features
The device offers very low noise levels, high responsivity, and large bandwidth, covering DUV to FIR ranges. It includes an isolating tube to block environmental noise and features a smart DB15 connector containing all calibration data. It supports analog output when used with an APM (D) analog power supply.
The device offers very low noise levels, high responsivity, and large bandwidth, covering DUV to FIR ranges. It includes an isolating tube to block environmental noise and features a smart DB15 connector containing all calibration data. It supports analog output when used with an APM (D) analog power supply.
Measurement Capabilities
The device can measure a spectral range of 0.1 - 20 μm with a calibrated range of 633 nm to 0.248 - 2.1 μm. It has a maximum measurable power of 200 μW to 25 mW, depending on the model, with a noise equivalent power of 5 nW to 300 nW and a rise time of ≤ 0.2 s.
The device can measure a spectral range of 0.1 - 20 μm with a calibrated range of 633 nm to 0.248 - 2.1 μm. It has a maximum measurable power of 200 μW to 25 mW, depending on the model, with a noise equivalent power of 5 nW to 300 nW and a rise time of ≤ 0.2 s.
Damage Thresholds
The maximum average power density is 50 mW/cm² at 1064 nm.
The maximum average power density is 50 mW/cm² at 1064 nm.
Ordering Information
The device is compatible with stands STAND-S-233 and STAND-D-233, and offers output options via DB15, USB, RS-232, or Bluetooth, depending on the model.
The device is compatible with stands STAND-S-233 and STAND-D-233, and offers output options via DB15, USB, RS-232, or Bluetooth, depending on the model.
Additional Features
The device supports various compatible displays and PC interfaces, including MAESTRO, U-LINK, M-LINK, and MIRO ALTITUDE. It also includes accessories like a Pelican carrying case, extra isolation tube, and fiber adaptors and connectors.
The device supports various compatible displays and PC interfaces, including MAESTRO, U-LINK, M-LINK, and MIRO ALTITUDE. It also includes accessories like a Pelican carrying case, extra isolation tube, and fiber adaptors and connectors.
Overview
The document is a product guide for Gentec-EO's laser power and energy detectors, highlighting their performance, specifications, and compatibility with various interfaces and accessories. It emphasizes the detectors' ability to measure a wide range of power levels with fast response times and their affordability compared to other high-power solutions.
The document is a product guide for Gentec-EO's laser power and energy detectors, highlighting their performance, specifications, and compatibility with various interfaces and accessories. It emphasizes the detectors' ability to measure a wide range of power levels with fast response times and their affordability compared to other high-power solutions.
Key Features
- Detectors can measure both low and high powers up to 2500W.
- Fast response time and compact design.
- Compatibility with multiple output options including USB, RS-232, and Bluetooth.
- Smart DB15 connector for calibration data.
Specifications
- Various models with different maximum average power capabilities, effective apertures, and cooling methods (fan-cooled, water-cooled, convection, heatsink).
- Spectral range from 0.19 to 20 μm, with calibrated ranges available on request.
- Noise equivalent power and rise time specified for each model.
- Calibration uncertainty and repeatability are consistent across models.
Damage Thresholds
- Maximum average power density and energy density thresholds are specified for different wavelengths and pulse durations.
- High damage thresholds are a key feature, allowing for high power density handling.
Physical Characteristics
- Effective aperture sizes vary from 16 mm to 52 mm depending on the model.
- Dimensions and weight are provided for each detector head.
Ordering Information
- Output options include DB15, USB, RS-232, and Bluetooth.
- Compatible stands are specified for each model.
Accessories
- Includes power supplies, carrying cases, extension cables, and stands.
- Modular concepts allow for increased power capability with different cooling modules.
Overview
The document is a product guide from Gentec-EO, detailing various laser power meters and detectors designed for high power laser applications. It includes specifications, features, and accessories for different models, emphasizing their capabilities in handling high power, precision calibration, and connectivity options.
The document is a product guide from Gentec-EO, detailing various laser power meters and detectors designed for high power laser applications. It includes specifications, features, and accessories for different models, emphasizing their capabilities in handling high power, precision calibration, and connectivity options.
Key Features
- Integrating Sphere Detectors: These detectors measure laser power up to 1 kW with fast response times and wide power ranges. They feature a resistant coating and precise NIST-traceable calibration.
- High Power Handling: Models like HP60 and HP100 handle up to 15 kW of continuous power, with options for YAG and CO2 calibrations. They offer direct USB connections and real-time water parameter tracking.
- Customization: The SUPER HP series offers customization for sizes and power handling up to 120,000 W, with compact designs and high power NIST-traceable calibration.
Specifications
- IS12L and IS50A Models: These models have maximum average power ratings of 9 W and 1000 W, respectively, with effective apertures of 12 mm and 50 mm. They are calibrated for a spectral range of 400 - 1070 nm.
- HP60 and HP100 Models: These models support power ranges from 300 W to 15 kW, with effective apertures up to 125 x 125 mm. They are water-cooled and have a spectral range of 0.19 - 20 μm.
- SUPER HP Model: The HP280A-30KW-HD model handles up to 30,000 W with a 280 x 280 mm aperture, offering customization for higher power and different aperture shapes.
Connectivity and Interfaces
All models feature USB and DB15 connections for direct PC connectivity, with some models offering Bluetooth options. The smart DB15 connector contains calibration data, ensuring accurate measurements.
All models feature USB and DB15 connections for direct PC connectivity, with some models offering Bluetooth options. The smart DB15 connector contains calibration data, ensuring accurate measurements.
Accessories
The products come with various accessories, including USB cables, water filters, carrying cases, and stands, enhancing their usability and integration into different setups.
The products come with various accessories, including USB cables, water filters, carrying cases, and stands, enhancing their usability and integration into different setups.
Overview
The document is a product guide for Gentec-EO's laser power and energy measurement devices, focusing on the PRONTO series and BD models. It includes specifications, features, and usage instructions for various models designed to measure laser power and energy.
The document is a product guide for Gentec-EO's laser power and energy measurement devices, focusing on the PRONTO series and BD models. It includes specifications, features, and usage instructions for various models designed to measure laser power and energy.
Key Features
- Data Logging: Devices can save data to internal memory and transfer it to a PC via USB.
- Large Aperture: 55 mm diameter aperture for accommodating large beams.
- Rugged Design: All-metal body with high damage thresholds.
- Serial Commands: Allows full control from a PC.
- Measurement Process: Quick measurement with automatic countdown and display of results.
- Wavelength Calibration: Adjustable wavelength and calibration with overheating warnings.
Specifications
- PRONTO Models: Available in PRONTO-500, PRONTO-3K, PRONTO-6K, and PRONTO-10K, with varying maximum average power and cooling methods.
- Measurement Capability: Spectral range from 0.19 to 20 μm, with specific calibrated ranges and noise equivalent power levels.
- Damage Thresholds: Maximum average power density varies by model and power level.
- General Specifications: Touchscreen color LCD display, rechargeable Li-ion battery, and USB connectivity for charging and data transfer.
BD Models
- Cooling Method: Water-cooled with specific flow and temperature requirements.
- Damage Thresholds: High damage thresholds with options for isolation tubes to reduce back reflections.
Energy Detectors
- Low Energy Measurement: Pyroelectric detectors with low noise levels and broadband absorbers.
- High Energy Detectors: Custom calorimeters for high energy measurements with various aperture sizes and spectral ranges.
Accessories and Options
- QED Attenuators: Increase maximum energy handling and provide calibration options.
- Output Options: Include fiber adaptors, connectors, and analog power supply compatibility.
Conclusion
Gentec-EO offers a comprehensive range of laser power and energy measurement devices with advanced features for various applications, ensuring high accuracy and reliability.
Gentec-EO offers a comprehensive range of laser power and energy measurement devices with advanced features for various applications, ensuring high accuracy and reliability.
Specifications Overview
The document provides detailed specifications for various laser energy detectors and meters, including models such as PE3B-SI-D0, QE-B, MACH 6, and QE12-MB. Key specifications include maximum measurable energy, effective aperture, spectral range, noise equivalent energy, rise time, and calibration uncertainty. Specifications are subject to change without notice.
The document provides detailed specifications for various laser energy detectors and meters, including models such as PE3B-SI-D0, QE-B, MACH 6, and QE12-MB. Key specifications include maximum measurable energy, effective aperture, spectral range, noise equivalent energy, rise time, and calibration uncertainty. Specifications are subject to change without notice.
Measurement Capabilities
Each model has specific measurement capabilities, including calibrated spectral ranges and maximum measurable energy at different wavelengths. For instance, the PE3B-SI-D0 model has a calibrated spectral range of 210 - 1080 nm and a maximum measurable energy of 24 pJ with S-LINK.
Each model has specific measurement capabilities, including calibrated spectral ranges and maximum measurable energy at different wavelengths. For instance, the PE3B-SI-D0 model has a calibrated spectral range of 210 - 1080 nm and a maximum measurable energy of 24 pJ with S-LINK.
Output Options and Interfaces
The products offer various output options such as USB, RS-232, and DB15. They are compatible with different displays and PC interfaces like MAESTRO, U-LINK, S-LINK, and M-LINK.
The products offer various output options such as USB, RS-232, and DB15. They are compatible with different displays and PC interfaces like MAESTRO, U-LINK, S-LINK, and M-LINK.
Physical Characteristics
The detectors have specific physical dimensions and weights, with effective apertures varying by model. For example, the QE12-MB model has an effective aperture of 12 x 12 mm.
The detectors have specific physical dimensions and weights, with effective apertures varying by model. For example, the QE12-MB model has an effective aperture of 12 x 12 mm.
Damage Thresholds
Each model has defined damage thresholds for maximum energy density and average power density. For instance, the QE12LP-S-MB model can handle a maximum energy density of 0.6 J/cm² at 1064 nm, 7 ns, single shot.
Each model has defined damage thresholds for maximum energy density and average power density. For instance, the QE12LP-S-MB model can handle a maximum energy density of 0.6 J/cm² at 1064 nm, 7 ns, single shot.
Key Features and Accessories
The document highlights key features such as very low noise levels, high repetition rate options, and smart interfaces containing calibration data. Accessories include fiber adaptors, carrying cases, and stands.
The document highlights key features such as very low noise levels, high repetition rate options, and smart interfaces containing calibration data. Accessories include fiber adaptors, carrying cases, and stands.
Software and User Interface
The MACH 6 model includes powerful LabVIEW application software with features like live mode, strip chart, histogram, and statistics displays. It allows for detailed pulse energy data analysis and life test modes for laser testing.
The MACH 6 model includes powerful LabVIEW application software with features like live mode, strip chart, histogram, and statistics displays. It allows for detailed pulse energy data analysis and life test modes for laser testing.
Ordering Information
Each product comes with specific ordering information, including compatible stands and available output options. Some products cannot be used with DB15 extension cables.
Each product comes with specific ordering information, including compatible stands and available output options. Some products cannot be used with DB15 extension cables.
Specifications Overview
The document provides detailed specifications for various laser energy meters, including models QE25-MB, QE50-MB, QE65-MB, QE95-MB, and QE12-MT. Each model is designed for specific measurement capabilities, energy ranges, and physical characteristics.
The document provides detailed specifications for various laser energy meters, including models QE25-MB, QE50-MB, QE65-MB, QE95-MB, and QE12-MT. Each model is designed for specific measurement capabilities, energy ranges, and physical characteristics.
Measurement Capabilities
Each model has a defined spectral range, calibrated spectral range, maximum measurable energy, and noise equivalent energy. The repetition frequency and pulse width are specified for different wavelengths, particularly 1064 nm and 266 nm.
Each model has a defined spectral range, calibrated spectral range, maximum measurable energy, and noise equivalent energy. The repetition frequency and pulse width are specified for different wavelengths, particularly 1064 nm and 266 nm.
Damage Thresholds
The maximum average power and energy density thresholds are provided for various wavelengths and pulse durations. These thresholds are critical for ensuring the safe operation of the detectors.
The maximum average power and energy density thresholds are provided for various wavelengths and pulse durations. These thresholds are critical for ensuring the safe operation of the detectors.
Physical Characteristics
The document details the effective aperture sizes, absorber types, dimensions, and weights for each model. These characteristics influence the detector's suitability for different applications.
The document details the effective aperture sizes, absorber types, dimensions, and weights for each model. These characteristics influence the detector's suitability for different applications.
Ordering Information
Output options include DB15, USB, or RS-232 interfaces, and compatible stands are specified for each model. Special calibration requests and additional features like extra-long pulse versions are available.
Output options include DB15, USB, or RS-232 interfaces, and compatible stands are specified for each model. Special calibration requests and additional features like extra-long pulse versions are available.
Key Features and Accessories
Features such as modular concepts, low noise levels, and smart interfaces are highlighted. Accessories include attenuators, carrying cases, and adaptors. The document emphasizes the modularity and adaptability of the detectors to various measurement needs.
Features such as modular concepts, low noise levels, and smart interfaces are highlighted. Accessories include attenuators, carrying cases, and adaptors. The document emphasizes the modularity and adaptability of the detectors to various measurement needs.
New Product Highlights
New models are introduced with enhanced capabilities for high repetition rates and larger apertures, catering to advanced measurement requirements.
New models are introduced with enhanced capabilities for high repetition rates and larger apertures, catering to advanced measurement requirements.
Overview
The document is a technical guide for Gentec-EO's laser measurement products, including energy detectors, power detectors, and calorimeters. It provides detailed specifications, features, and ordering information for various models.
The document is a technical guide for Gentec-EO's laser measurement products, including energy detectors, power detectors, and calorimeters. It provides detailed specifications, features, and ordering information for various models.
Specifications
The guide lists specifications for different models such as QE12SP, QE25SP, and QE50SP series. Key parameters include maximum measurable energy, repetition frequency, spectral range, noise equivalent energy, and damage thresholds. Each model has specific physical characteristics like aperture size, dimensions, and weight.
The guide lists specifications for different models such as QE12SP, QE25SP, and QE50SP series. Key parameters include maximum measurable energy, repetition frequency, spectral range, noise equivalent energy, and damage thresholds. Each model has specific physical characteristics like aperture size, dimensions, and weight.
Measurement Capabilities
The detectors cover a spectral range from 0.19 to 20 μm, with calibrated ranges available on request. They are designed to handle high repetition rates and provide low noise levels. Calibration uncertainty is typically ±3%, with repeatability under 0.5%.
The detectors cover a spectral range from 0.19 to 20 μm, with calibrated ranges available on request. They are designed to handle high repetition rates and provide low noise levels. Calibration uncertainty is typically ±3%, with repeatability under 0.5%.
Damage Thresholds
The document specifies maximum average power and energy density thresholds for different wavelengths and pulse conditions, ensuring safe operation within these limits.
The document specifies maximum average power and energy density thresholds for different wavelengths and pulse conditions, ensuring safe operation within these limits.
Physical Characteristics
Details include effective aperture sizes, absorber types, and dimensions. The products are designed for robustness and ease of integration with compatible stands and output options like DB15, USB, or RS-232.
Details include effective aperture sizes, absorber types, and dimensions. The products are designed for robustness and ease of integration with compatible stands and output options like DB15, USB, or RS-232.
Key Features
The products offer modular concepts for increased power capability, smart connectors containing calibration data, and all-in-one meters that connect directly to PCs. High repetition rate models are available for specific applications.
The products offer modular concepts for increased power capability, smart connectors containing calibration data, and all-in-one meters that connect directly to PCs. High repetition rate models are available for specific applications.
Calorimeters
Gentec-EO's calorimeters are highlighted for their reliability in measuring high-energy laser beams, particularly in inertial confinement fusion experiments. They offer outstanding signal-to-noise ratios, high sensitivity, and vacuum compatibility.
Gentec-EO's calorimeters are highlighted for their reliability in measuring high-energy laser beams, particularly in inertial confinement fusion experiments. They offer outstanding signal-to-noise ratios, high sensitivity, and vacuum compatibility.
Applications
The guide discusses applications in laser fusion experiments and extreme peak power scenarios, emphasizing the importance of accurate and reliable measurement devices for high-energy lasers.
The guide discusses applications in laser fusion experiments and extreme peak power scenarios, emphasizing the importance of accurate and reliable measurement devices for high-energy lasers.
Accessories and Interfaces
Various accessories like attenuators, carrying cases, and stands are available. The P-LINK interface allows for remote operation and data acquisition via USB or RS-232 connections.
Various accessories like attenuators, carrying cases, and stands are available. The P-LINK interface allows for remote operation and data acquisition via USB or RS-232 connections.
Overview
The document provides detailed information on various laser diagnostic tools and systems, focusing on calorimeters, beam profiling cameras, and beam quality measurement systems. It includes specifications, capabilities, and features of these devices, along with guidelines for their use and maintenance.
The document provides detailed information on various laser diagnostic tools and systems, focusing on calorimeters, beam profiling cameras, and beam quality measurement systems. It includes specifications, capabilities, and features of these devices, along with guidelines for their use and maintenance.
Calorimeter Specifications
The document lists examples of custom calorimeters with different aperture sizes and spectral ranges. It specifies the minimum and maximum energy levels these calorimeters can measure, highlighting the dependency of maximum measurable energy on pulse width and wavelength.
The document lists examples of custom calorimeters with different aperture sizes and spectral ranges. It specifies the minimum and maximum energy levels these calorimeters can measure, highlighting the dependency of maximum measurable energy on pulse width and wavelength.
Monitoring and Diagnostics
The document emphasizes the importance of verifying the calibration of calorimeters and the signal response and data acquisition systems. It also mentions the use of PC interfaces and acquisition software for remote system diagnostics.
The document emphasizes the importance of verifying the calibration of calorimeters and the signal response and data acquisition systems. It also mentions the use of PC interfaces and acquisition software for remote system diagnostics.
Absorption Curves
Several absorption curves are presented for different materials and configurations, showing the relationship between wavelength and absorption or transmittance. These curves are crucial for understanding the performance of detectors and attenuators across various wavelengths.
Several absorption curves are presented for different materials and configurations, showing the relationship between wavelength and absorption or transmittance. These curves are crucial for understanding the performance of detectors and attenuators across various wavelengths.
Beam Profiling
The document describes the Beamage series of beam profiling cameras, which are designed for UV to IR wavelengths. Key features include high resolution, large apertures, and ISO-compliant software. The cameras are equipped with intuitive software interfaces that offer various display options and measurement capabilities.
The document describes the Beamage series of beam profiling cameras, which are designed for UV to IR wavelengths. Key features include high resolution, large apertures, and ISO-compliant software. The cameras are equipped with intuitive software interfaces that offer various display options and measurement capabilities.
Beam Quality Measurement
The Beamage-M2 system is highlighted for its automated M2 measurement capabilities, which assess the quality of laser beams. It features a compact design, simple alignment tools, and fast acquisition times, making it suitable for various optical applications.
The Beamage-M2 system is highlighted for its automated M2 measurement capabilities, which assess the quality of laser beams. It features a compact design, simple alignment tools, and fast acquisition times, making it suitable for various optical applications.
Accessories and Software
The document outlines available accessories for managing wavelength, laser power, and beam size. It also details the software features, including capture controls, data computation, and display options, which enhance the usability and functionality of the beam profiling systems.
The document outlines available accessories for managing wavelength, laser power, and beam size. It also details the software features, including capture controls, data computation, and display options, which enhance the usability and functionality of the beam profiling systems.
Specifications
The BEAMAGE-M2 system includes a beam profiler with dimensions of 602 mm (L) x 193 mm (W) x 172 mm (H) and a weight of 6.6 kg. It operates with a power supply of 48 VDC, 1.25A. The software supports various display modes including 2D, 3D, XY, Beam Tracking, and M2. Beam diameter and quality are defined using several metrics such as D4σ, 1/e2, FWHM, and M2, with compliance to ISO standards.
The BEAMAGE-M2 system includes a beam profiler with dimensions of 602 mm (L) x 193 mm (W) x 172 mm (H) and a weight of 6.6 kg. It operates with a power supply of 48 VDC, 1.25A. The software supports various display modes including 2D, 3D, XY, Beam Tracking, and M2. Beam diameter and quality are defined using several metrics such as D4σ, 1/e2, FWHM, and M2, with compliance to ISO standards.
Software Features
The software allows for the selection of Rayleigh range boundaries and provides 2D and 3D displays of measured profiles. It includes an M2 Setup tab for acquisition parameter control and an M2 Results tab for quick parameter review. The software supports automatic parameter definition for precise M2 measurement and complies with ISO-11146 M² standards.
The software allows for the selection of Rayleigh range boundaries and provides 2D and 3D displays of measured profiles. It includes an M2 Setup tab for acquisition parameter control and an M2 Results tab for quick parameter review. The software supports automatic parameter definition for precise M2 measurement and complies with ISO-11146 M² standards.
Ordering Information
The BEAMAGE-M2 kit includes a Beamage-4M beam profiler. Specifications may vary based on beam quality and optical configuration, with additional options for ND filters and other accessories.
The BEAMAGE-M2 kit includes a Beamage-4M beam profiler. Specifications may vary based on beam quality and optical configuration, with additional options for ND filters and other accessories.
Key Features
The system offers full control over data acquisition, including adding or removing measurement points and adjusting attenuation. It supports fast attenuation adjustments and provides guidance on exposure time and required attenuation.
The system offers full control over data acquisition, including adding or removing measurement points and adjusting attenuation. It supports fast attenuation adjustments and provides guidance on exposure time and required attenuation.
Filters and Accessories
Various ND filters are available, offering different levels of attenuation and transmittance. The filters are designed to reduce intensity without affecting the beam's wavefront. The system supports stackable attenuation and offers high-quality optics for precise measurements.
Various ND filters are available, offering different levels of attenuation and transmittance. The filters are designed to reduce intensity without affecting the beam's wavefront. The system supports stackable attenuation and offers high-quality optics for precise measurements.
Optical Attenuators
Optical attenuators manage laser power and beam profile, using Fresnel reflections to sample the beam. They are compatible with various BEAMAGE models and offer high damage thresholds.
Optical attenuators manage laser power and beam profile, using Fresnel reflections to sample the beam. They are compatible with various BEAMAGE models and offer high damage thresholds.
UV and IR Adaptors
UV converters extend the camera's range to ultraviolet wavelengths using fluorescence, while IR adaptors extend sensitivity to near-IR wavelengths using multi-photon absorption. Both adaptors are designed for easy integration and high performance.
UV converters extend the camera's range to ultraviolet wavelengths using fluorescence, while IR adaptors extend sensitivity to near-IR wavelengths using multi-photon absorption. Both adaptors are designed for easy integration and high performance.
Camera Lenses
Camera lenses are used to image larger beams and can be directly mounted onto the BEAMAGE camera. They support indirect imaging mechanisms and require diffusing materials for optimal performance.
Camera lenses are used to image larger beams and can be directly mounted onto the BEAMAGE camera. They support indirect imaging mechanisms and require diffusing materials for optimal performance.
Introduction to Terahertz (THz) Radiation
THz radiation occupies the electromagnetic spectrum between microwaves and far-infrared light, specifically from 300 GHz to 3000 GHz. This range corresponds to wavelengths from 0.1 mm to 1.0 mm. THz radiation is characterized by its ability to penetrate materials like wood and clothing, its absorption by water, and its non-ionizing nature, making it safe for humans.
THz radiation occupies the electromagnetic spectrum between microwaves and far-infrared light, specifically from 300 GHz to 3000 GHz. This range corresponds to wavelengths from 0.1 mm to 1.0 mm. THz radiation is characterized by its ability to penetrate materials like wood and clothing, its absorption by water, and its non-ionizing nature, making it safe for humans.
Applications of THz Radiation
THz radiation is used in airport full-body scanners and medical applications for early cancer detection due to its interaction with matter.
THz radiation is used in airport full-body scanners and medical applications for early cancer detection due to its interaction with matter.
Measurement of THz Radiation
THz sources vary in power and energy, requiring characterization for performance. Detection methods have evolved from Golay cells and microbolometers to pyroelectric and Schottky diode detectors. Pyroelectric detectors are noted for their sensitivity, durability, and cost-effectiveness.
THz sources vary in power and energy, requiring characterization for performance. Detection methods have evolved from Golay cells and microbolometers to pyroelectric and Schottky diode detectors. Pyroelectric detectors are noted for their sensitivity, durability, and cost-effectiveness.
Gentec-EO THz Detectors
Gentec-EO offers a range of THz detectors, including standalone devices and integrated sensors. Key features include:
Gentec-EO offers a range of THz detectors, including standalone devices and integrated sensors. Key features include:
- Sensitivity with low-noise amplifiers
- Wide dynamic range from nW to mW
- Compatibility with oscilloscopes and lock-in amplifiers
Product Specifications
Various models are available, such as THZ5B-BL-DZ and THZ9B-BL-DA, each with specific power, aperture, and measurement capabilities. All detectors are calibrated at 0.63 μm and require an optical chopper for signal synchronization.
Various models are available, such as THZ5B-BL-DZ and THZ9B-BL-DA, each with specific power, aperture, and measurement capabilities. All detectors are calibrated at 0.63 μm and require an optical chopper for signal synchronization.
Instrument Control and Software
The T-Rad module, a digital radiometer, facilitates easy setup and measurement with LabVIEW software. It offers features like range selection, data collection modes, and a tuning needle display for alignment.
The T-Rad module, a digital radiometer, facilitates easy setup and measurement with LabVIEW software. It offers features like range selection, data collection modes, and a tuning needle display for alignment.
Conclusion
Gentec-EO's THz detectors provide precise measurements across the THz spectrum, with options for digital and analog outputs, making them suitable for various scientific and industrial applications.
Gentec-EO's THz detectors provide precise measurements across the THz spectrum, with options for digital and analog outputs, making them suitable for various scientific and industrial applications.
Overview
The document is a product guide for Gentec-EO's Terahertz detectors and related interfaces, detailing specifications, features, and compatibility of various models. It includes information on displays, PC interfaces, and all-in-one detectors.
The document is a product guide for Gentec-EO's Terahertz detectors and related interfaces, detailing specifications, features, and compatibility of various models. It includes information on displays, PC interfaces, and all-in-one detectors.
Specifications
The guide outlines specifications for different models such as THZ9D and THZ12D, including maximum average power, effective aperture, spectral range, noise equivalent power, and calibration uncertainty. It also details physical characteristics like dimensions and weight.
The guide outlines specifications for different models such as THZ9D and THZ12D, including maximum average power, effective aperture, spectral range, noise equivalent power, and calibration uncertainty. It also details physical characteristics like dimensions and weight.
Displays & PC Interfaces
Gentec-EO offers several display models like MIRO ALTITUDE, MAESTRO, TUNER, and UNO, each with unique features such as touchscreen controls, data logging, and connectivity options. PC interfaces like U-LINK, P-LINK, S-LINK, and M-LINK are designed for power and energy measurement, offering various output and channel options.
Gentec-EO offers several display models like MIRO ALTITUDE, MAESTRO, TUNER, and UNO, each with unique features such as touchscreen controls, data logging, and connectivity options. PC interfaces like U-LINK, P-LINK, S-LINK, and M-LINK are designed for power and energy measurement, offering various output and channel options.
All-in-One Detectors
The INTEGRA, BLU, HP, and PRONTO series provide integrated solutions for laser power and energy measurement, featuring USB or Bluetooth connectivity for direct PC or mobile device integration.
The INTEGRA, BLU, HP, and PRONTO series provide integrated solutions for laser power and energy measurement, featuring USB or Bluetooth connectivity for direct PC or mobile device integration.
Key Features
The document highlights features such as broadband operation, ease of integration, multiple sensor sizes, and calibration at specific wavelengths. Accessories like optical choppers and carrying cases are also mentioned.
The document highlights features such as broadband operation, ease of integration, multiple sensor sizes, and calibration at specific wavelengths. Accessories like optical choppers and carrying cases are also mentioned.
Conclusion
Gentec-EO's product range offers versatile solutions for laser power and energy measurement, with a focus on integration, ease of use, and comprehensive data handling capabilities.
Gentec-EO's product range offers versatile solutions for laser power and energy measurement, with a focus on integration, ease of use, and comprehensive data handling capabilities.
Specifications
The document outlines the specifications for various devices including MIRO ALTITUDE, MAESTRO, TUNER, and UNO. Key features include connectivity options such as USB-C, RS-232, Ethernet, and analog outputs. Devices support various detector types like thermopiles, photodetectors, and pyroelectrics. Battery life ranges from 6 to 670 hours depending on the device, with external power supply options available.
The document outlines the specifications for various devices including MIRO ALTITUDE, MAESTRO, TUNER, and UNO. Key features include connectivity options such as USB-C, RS-232, Ethernet, and analog outputs. Devices support various detector types like thermopiles, photodetectors, and pyroelectrics. Battery life ranges from 6 to 670 hours depending on the device, with external power supply options available.
Procedures and Controls
Devices feature intuitive user interfaces with touchscreen controls, allowing for easy navigation and configuration. Users can set measurement parameters such as wavelength, range, and trigger levels. Data can be stored internally or on USB keys, and real-time data transfer is supported.
Devices feature intuitive user interfaces with touchscreen controls, allowing for easy navigation and configuration. Users can set measurement parameters such as wavelength, range, and trigger levels. Data can be stored internally or on USB keys, and real-time data transfer is supported.
Display Modes
Devices offer multiple display modes including real-time, scope, needle, and averaging displays. These modes provide visual representations of measurements, with features like ultra-fast readings and real-time statistics.
Devices offer multiple display modes including real-time, scope, needle, and averaging displays. These modes provide visual representations of measurements, with features like ultra-fast readings and real-time statistics.
Recommendations and Best Practices
For optimal use, it is recommended to utilize the built-in file manager for organizing data and to regularly recalibrate touchscreens. The use of external triggers and setting appropriate trigger levels can enhance measurement accuracy.
For optimal use, it is recommended to utilize the built-in file manager for organizing data and to regularly recalibrate touchscreens. The use of external triggers and setting appropriate trigger levels can enhance measurement accuracy.
Physical Characteristics
Devices are designed for both handheld and tabletop use, featuring ergonomic designs and durable construction. Dimensions and weight vary by model, with mounting options available for certain devices.
Devices are designed for both handheld and tabletop use, featuring ergonomic designs and durable construction. Dimensions and weight vary by model, with mounting options available for certain devices.
Ordering Information
Each device has specific compatible accessories and ordering information is provided for additional components like stands and power supplies.
Each device has specific compatible accessories and ordering information is provided for additional components like stands and power supplies.
UNO Product Guide 2023 Summary
Specifications
The UNO product line includes thermopiles and photodetectors (PH series) with an LCD display. The power meter specifications cover a range from 10 nW to 10 kW, with digital resolution varying by series. The monitor accuracy is ±1% with a response time of 1 second. The detectors are compatible with both thermopiles and photodetectors, displaying average power in watts and dBm.
The UNO product line includes thermopiles and photodetectors (PH series) with an LCD display. The power meter specifications cover a range from 10 nW to 10 kW, with digital resolution varying by series. The monitor accuracy is ±1% with a response time of 1 second. The detectors are compatible with both thermopiles and photodetectors, displaying average power in watts and dBm.
Key Features
The UNO series offers a universal PC-based power and energy monitor that reads all head types, including thermopiles, photodetectors, and pyroelectrics. It features real-time statistical functions and supports external triggers for synchronization with pulsed lasers or digital choppers.
The UNO series offers a universal PC-based power and energy monitor that reads all head types, including thermopiles, photodetectors, and pyroelectrics. It features real-time statistical functions and supports external triggers for synchronization with pulsed lasers or digital choppers.
U-LINK Specifications
The U-LINK models (USB and RS-232) support a wide power range from 4 pW to 30 kW and energy range from 2 fJ to 30 kJ. They offer real-time data transfer at 10 kHz with no missing points and are compatible with thermopiles, pyroelectrics, and photodetectors.
The U-LINK models (USB and RS-232) support a wide power range from 4 pW to 30 kW and energy range from 2 fJ to 30 kJ. They offer real-time data transfer at 10 kHz with no missing points and are compatible with thermopiles, pyroelectrics, and photodetectors.
S-LINK Specifications
Available in single and dual-channel models, S-LINK supports power ranges from 1 μW to 10 kW and energy ranges from 8 fJ to 20 kJ. It provides real-time data transfer at 10 kHz per channel and supports USB or Ethernet connectivity.
Available in single and dual-channel models, S-LINK supports power ranges from 1 μW to 10 kW and energy ranges from 8 fJ to 20 kJ. It provides real-time data transfer at 10 kHz per channel and supports USB or Ethernet connectivity.
P-LINK Specifications
P-LINK models are available with 1 or 4 channels, supporting thermopiles and photodetectors. They offer a power range from 3 μW to 30 kW and feature real-time statistical functions with USB or RS-232 connectivity.
P-LINK models are available with 1 or 4 channels, supporting thermopiles and photodetectors. They offer a power range from 3 μW to 30 kW and feature real-time statistical functions with USB or RS-232 connectivity.
M-LINK Specifications
M-LINK is a single-channel, PC-based monitor supporting all detector types with a power range from 4 pW to 30 kW. It features powerful LabVIEW software for comprehensive instrument control and data analysis.
M-LINK is a single-channel, PC-based monitor supporting all detector types with a power range from 4 pW to 30 kW. It features powerful LabVIEW software for comprehensive instrument control and data analysis.
INTEGRA Features
INTEGRA offers an all-in-one detector and meter solution with USB or RS-232 connectivity. It is compact and suitable for lab, OEM applications, and field servicing, reducing recalibration costs.
INTEGRA offers an all-in-one detector and meter solution with USB or RS-232 connectivity. It is compact and suitable for lab, OEM applications, and field servicing, reducing recalibration costs.
PC-GENTEC-EO Software
This universal software supports multiple devices, offering a complete interface for connection, control, measurement configuration, and data acquisition.
This universal software supports multiple devices, offering a complete interface for connection, control, measurement configuration, and data acquisition.
Measurement Configuration
The document outlines the configuration of measurement parameters using a software interface. Users can set the wavelength of the laser, adjust the power or energy range, select the measurement mode (power or energy), and apply corrections such as multiplication factors or offsets. The trigger level can be set in 0.1% steps for energy mode. Various display options are available, including real-time, scope, needle, averaging, histogram, and statistics.
The document outlines the configuration of measurement parameters using a software interface. Users can set the wavelength of the laser, adjust the power or energy range, select the measurement mode (power or energy), and apply corrections such as multiplication factors or offsets. The trigger level can be set in 0.1% steps for energy mode. Various display options are available, including real-time, scope, needle, averaging, histogram, and statistics.
Data Acquisition
The acquisition tab allows users to set parameters for data collection. In power mode, users can choose a sampling rate, total duration, and file details for data storage. In energy mode, users can select a sampling rate and total number of pulses. Data can be saved as raw data or with associated statistics.
The acquisition tab allows users to set parameters for data collection. In power mode, users can choose a sampling rate, total duration, and file details for data storage. In energy mode, users can select a sampling rate and total number of pulses. Data can be saved as raw data or with associated statistics.
Wireless Bluetooth Interface
The document introduces a new line of all-in-one detectors with Bluetooth connectivity, eliminating the need for a separate meter. These devices offer extensive coverage up to 30 meters, easy setup, and long battery life. The Gentec-EO BLU app allows users to display results on mobile devices, with a Bluetooth receptor available for PC use.
The document introduces a new line of all-in-one detectors with Bluetooth connectivity, eliminating the need for a separate meter. These devices offer extensive coverage up to 30 meters, easy setup, and long battery life. The Gentec-EO BLU app allows users to display results on mobile devices, with a Bluetooth receptor available for PC use.
Customization and OEM Products
Gentec-EO offers customization for OEM customers, providing flexibility in housing, sensitivity, and output connectors. Compact detectors are available for integration into machines, with options for anticipation, amplification, and filtering. Various output connectors are offered, including DB15, BNC, and Molex.
Gentec-EO offers customization for OEM customers, providing flexibility in housing, sensitivity, and output connectors. Compact detectors are available for integration into machines, with options for anticipation, amplification, and filtering. Various output connectors are offered, including DB15, BNC, and Molex.
Product Specifications
The document provides detailed specifications for various models, including thermal sensor disks and heads, with options for different aperture sizes, coatings, and cooling methods. Specifications include maximum average power, spectral range, noise equivalent power, and damage thresholds.
The document provides detailed specifications for various models, including thermal sensor disks and heads, with options for different aperture sizes, coatings, and cooling methods. Specifications include maximum average power, spectral range, noise equivalent power, and damage thresholds.
Pyroelectric Detectors
Specifications for discrete pyroelectric detectors are provided, highlighting their broad spectral response, easy integration, and fast response. Different configurations are available, including passive and current-mode hybrid sensors, with various IR window options.
Specifications for discrete pyroelectric detectors are provided, highlighting their broad spectral response, easy integration, and fast response. Different configurations are available, including passive and current-mode hybrid sensors, with various IR window options.
Specifications Overview
The document provides detailed specifications for various pyroelectric detectors, including models QS2-IL, QS3-IL, QS5-IL, and QS9-IL. Key parameters include current and voltage responsivity, thermal frequency, feedback resistor values, and supply voltage requirements. The detectors are designed for a spectral range of 0.1 to 1000 μm and can handle a maximum average power of 50 mW.
The document provides detailed specifications for various pyroelectric detectors, including models QS2-IL, QS3-IL, QS5-IL, and QS9-IL. Key parameters include current and voltage responsivity, thermal frequency, feedback resistor values, and supply voltage requirements. The detectors are designed for a spectral range of 0.1 to 1000 μm and can handle a maximum average power of 50 mW.
Physical Characteristics
The detectors feature effective apertures ranging from 2 mm to 9 mm and are housed in TO5 or TO8 packages. They are equipped with pyroelectric sensors and MT absorbers, with dimensions and weights specified for each model.
The detectors feature effective apertures ranging from 2 mm to 9 mm and are housed in TO5 or TO8 packages. They are equipped with pyroelectric sensors and MT absorbers, with dimensions and weights specified for each model.
Measurement Capabilities
The detectors are capable of measuring a broad spectral range and are suitable for applications involving pulsed laser measurements. They offer high gain and bandwidth, making them ideal for broadband analytical instruments and laser measurement products.
The detectors are capable of measuring a broad spectral range and are suitable for applications involving pulsed laser measurements. They offer high gain and bandwidth, making them ideal for broadband analytical instruments and laser measurement products.
Operation Modes
The document describes the operation of the detectors in both power and energy measurement modes. It highlights the broad spectral response of the detectors, which are sensitive from 0.1 μm to 3000 μm, and the calibration process for accurate measurements.
The document describes the operation of the detectors in both power and energy measurement modes. It highlights the broad spectral response of the detectors, which are sensitive from 0.1 μm to 3000 μm, and the calibration process for accurate measurements.
Custom Design Examples
Gentec-EO offers custom-designed solutions for high-power applications, including water-cooled extensions and beam dumps for extreme conditions. The document also mentions the development of optical TRAP detectors with high quantum efficiency and temperature-controlled power meters for precise measurements.
Gentec-EO offers custom-designed solutions for high-power applications, including water-cooled extensions and beam dumps for extreme conditions. The document also mentions the development of optical TRAP detectors with high quantum efficiency and temperature-controlled power meters for precise measurements.
Additional Features
The document includes information on the OCTOLINK software for simultaneous measurement of multiple detectors and custom detector integration for monitoring multiple lasers. It also describes an 8-channel pyroelectric array for THz tomography and various accessories available for the detectors.
The document includes information on the OCTOLINK software for simultaneous measurement of multiple detectors and custom detector integration for monitoring multiple lasers. It also describes an 8-channel pyroelectric array for THz tomography and various accessories available for the detectors.
Specifications and Features
The document provides detailed specifications for various laser position sensing systems and detectors, including the QUAD-4Track and pyroelectric quadrant detectors. The QUAD-4Track is a 4-channel microprocessor-based system designed for real-time tracking and alignment of laser beams, offering high resolution and compatibility with both pulsed and continuous wave (CW) laser sources. It features a USB connection, analog output, and LabVIEW software for data processing and display.
The document provides detailed specifications for various laser position sensing systems and detectors, including the QUAD-4Track and pyroelectric quadrant detectors. The QUAD-4Track is a 4-channel microprocessor-based system designed for real-time tracking and alignment of laser beams, offering high resolution and compatibility with both pulsed and continuous wave (CW) laser sources. It features a USB connection, analog output, and LabVIEW software for data processing and display.
Physical Characteristics
The detectors have a consistent design with dimensions of 63.5Ø x 40.6D mm and a weight of 181 g. They utilize pyroelectric sensors with an MT absorber and are compatible with the STAND-D-233 stand.
The detectors have a consistent design with dimensions of 63.5Ø x 40.6D mm and a weight of 181 g. They utilize pyroelectric sensors with an MT absorber and are compatible with the STAND-D-233 stand.
Measurement Capabilities
The QUAD-4Track system supports energy and power modes, with ranges from 20 μJ to 20 mJ for energy and 200 μW to 200 mW for power. It includes features like position calibration, data logging, and a tracking history display.
The QUAD-4Track system supports energy and power modes, with ranges from 20 μJ to 20 mJ for energy and 200 μW to 200 mW for power. It includes features like position calibration, data logging, and a tracking history display.
Additional Products
The document also describes other products such as temperature-controlled pyroelectric detectors for ultra-stable laser power measurements, optical trap detectors with high quantum efficiency, and various accessories like stands, adaptors, and cables.
The document also describes other products such as temperature-controlled pyroelectric detectors for ultra-stable laser power measurements, optical trap detectors with high quantum efficiency, and various accessories like stands, adaptors, and cables.
Ordering Information
Each product section includes ordering information, compatible accessories, and product numbers for easy reference.
Each product section includes ordering information, compatible accessories, and product numbers for easy reference.
Global Distribution
The document lists worldwide distributors, providing contact information for regions including the Americas, Europe, and Asia-Pacific.
The document lists worldwide distributors, providing contact information for regions including the Americas, Europe, and Asia-Pacific.
Contact Information
The document provides contact details for various regional representatives of Gentec-EO, a company specializing in laser beam measurement. It includes contacts for Japan, Korea, Malaysia, Russian Federation, Singapore & Philippines, Taiwan, Thailand, Vietnam, Middle East - Africa, Israel, United Arab Emirates, and other countries.
The document provides contact details for various regional representatives of Gentec-EO, a company specializing in laser beam measurement. It includes contacts for Japan, Korea, Malaysia, Russian Federation, Singapore & Philippines, Taiwan, Thailand, Vietnam, Middle East - Africa, Israel, United Arab Emirates, and other countries.
Calibration and Repair Service
Gentec-EO offers NIST traceable calibration for all its products, accompanied by a Calibration Certificate. The certificate details the sensitivity of the power or energy head, ambient calibration conditions, and the standards used. Annual recalibration is recommended under typical conditions. The service department provides recalibration and repair services, ensuring accurate calibration and detailed certification. An incoming calibration test is conducted to assess device performance before service. The document outlines the process for sending an RMA request via email, online form, or phone.
Gentec-EO offers NIST traceable calibration for all its products, accompanied by a Calibration Certificate. The certificate details the sensitivity of the power or energy head, ambient calibration conditions, and the standards used. Annual recalibration is recommended under typical conditions. The service department provides recalibration and repair services, ensuring accurate calibration and detailed certification. An incoming calibration test is conducted to assess device performance before service. The document outlines the process for sending an RMA request via email, online form, or phone.
Return & Warranty
Instructions for preparing information before contacting Gentec-EO for returns or warranty claims are provided, including model name, serial number, and problem description if repair is needed.
Instructions for preparing information before contacting Gentec-EO for returns or warranty claims are provided, including model name, serial number, and problem description if repair is needed.
Office Locations
The document lists office locations in Canada, United States, and Japan, along with their contact details.
The document lists office locations in Canada, United States, and Japan, along with their contact details.
Calibration Centers
Calibration centers are located in Canada, Germany, and Japan.
Calibration centers are located in Canada, Germany, and Japan.
Company Background
Gentec-EO has been a leader in laser beam measurement since 1972.
Gentec-EO has been a leader in laser beam measurement since 1972.
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Catalog excerpts
LASER BEAM MEASUREMENT & BEAM PROFILING PRODUCT GUIDE 2023 POWER
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WAVELENGTH MANAGEMENT 119 UV CONVERTERS 119 IR ADAPTOR 120 FILTERS 121 BEAM SIZE MANAGEMENT 122 CL 122 ABSORPTION CURVES 123 TERAHERTZ DETECTORS 125 LOW POWER 127 THZ-B 127 THZ-I-BNC 131 GENERAL USE 133 THZ-D 133 SENSORS 135 QS-THZ 135 ABSORPTION CURVES 137 DISPLAYS & PC INTERFACES 139 DISPLAY DEVICES 143 MIRO ALTITUDE 143 MAESTRO 149 TUNER 153 UNO 155 PC INTERFACES 157 U-LINK 157 S-LINK 159 P-LINK 161 M-LINK 163 ALL-IN-ONE DETECTORS 165 INTEGRA 165 PC-GENTEC-EO 166 BLU 167 CUSTOM / OEM PRODUCTS 169 SENSEURS OEM 171 UD 171 DISCRETE PYROS 173 QS-L & QS-H 174 QS-IF 175 QS-IL 176 DISCRETE PYROS...
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NEW RELEASES Featured products MIRO ALTITUDE MIRO ALTITUDE is Gentec-EO’s new flagship product for reading your laser power and energy measurements. More than an evolution from our current product line, we see it as a revolution in the laser beam measurement industry that helps engineers and technicians increase their productivity thanks to numerous new features in both hardware and software. Enter modern times of laser beam measurement with: • 10” high-resolution, anti-glare touchscreen • Remarkably strong and durable aluminium casing • More connectivity possibilities than ever before: Ethernet,...
Open the catalog to page 3
NEW RELEASES Featured products AWARD-WINNING PRODUCTS The Laser Focus World Innovators Awards program was developed to recognize the most innovative solutions in optics and photonics products and systems. Gentec-EO is proud that two of our product series have been recently recognized among the best innovative solutions by an esteemed and experienced panel of judges from the optics and photonics community. FAST, KW-LEVEL POWER MEASUREMENT With a response time over 20 times faster than any other kilowatt-level power meter on the market, the IS50A-1KW opens up new possibilities for high power laser...
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ABOUT GENTEC-EO Partners for accuracy Located in the heart of the Quebec Optical Hub, in beautiful Quebec City, Canada, Gentec Electro-Optics (Gentec-EO) has a long history in the laser measurement field. With a track record of over 50 years of innovation and providing quality solutions for laser power and energy measurement applications from the factory to the hospital and laboratory, Gentec-EO stands ready to serve you now and in the future.
Open the catalog to page 5
MILESTONES The first laser energy meter in the world has been initially developed for internal use as Gentec Inc. were putting the first high repetition rate TEA CO2 lasers on the market in 1970. Gentec, Inc. introduced the first pyroelectric joulemeters shortly after that. They were also the first to manufacture both thermopile wattmeters and pyroelectric joulemeters. In the mid 1990’s, Gentec introduced the WB series with an average power density damage threshold of 100 kW/cm² that is still unrivalled today. In 2000, Gentec Electro-Optics, Inc. was formed from Gentec, Inc. so that the focus...
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HIGHEST CALIBRATION STANDARDS Measuring with Gentec-EO accuracy At Gentec-EO, we understand that the essence of our business since over 50 years has been delivering accuracy. There are no half measures : it either measures accurately or it doesn't. This is why one of our company's values is rigor, because our customers expect nothing less.
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We use only GOLD Calibration Standards, guaranteeing our customers the lowest calibration uncertainty possible For each detector that we calibrate, 50 Parameters are collected and logged Our uncertainty values are based on Proven Statistical Calculation Processes Our Personnal Wavelength CorrectionTM (PWC) data offers you NIST and/or NRC Traceability over in our ISO-certified quality system the entire range of the detector The calibration reference is checked 2 to 3 Times during EACH calibration process TOTAL ACCURACY of your detector Each of these steps contributes to the The accuracy of a measurement...
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HIGHEST CALIBRATION STANDARDS Measuring with Gentec-EO accuracy Comparison Process Uncertainty Calculation Gold Standard
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By definition, calibration is a comparison between measurements, one of a known magnitude or correctness, which is typically called a “gold standard”, and another measurement comparable to the first one. In the calibration process, there are four critical aspects that need to be controlled precisely: COMPARISON PROCESS The first step in the calibration process is the comparison to a known and traceable standard. At Gentec-EO, we always do this using Gold and not a Silver calibration standards, unlike some of our competitors. This extra carefulness in the comparison process comes from decades...
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HIGHEST CALIBRATION STANDARDS Measuring with Gentec-EO accuracy ELECTRICAL INSTRUMENTS All of our electrical instruments are calibrated by certified calibration suppliers. They certify that, at the time of calibration, the instruments used for calibration meet or exceed all published specifications and have been calibrated using standards whose calibrations are traceable to the NIST and/or other recognized international standards. The electrical and physical properties of their laboratories meet the highest requirements for ambient temperature, relative humidity and cleanliness. Their equipment...
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CALIBRATION WAVELENGTHS Another misconception is that any wavelength can be NIST calibrated. The NIST only supplies references for distinct wavelengths contained between 157 nm (F2 excimer lasers) and 10.6 μm (CO2 lasers). Every other wavelength within this range or out of this range is subject to an additional error. For more information about NIST’s calibration wavelengths, please visit their website at: shop.nist.gov/ccrz__ProductDetails?sku=42240C PERSONAL WAVELENGTH CORRECTIONTM CERTIFICATE To fill the gaps between the NIST references, Gentec-EO offers you the only NIST traceable calibration...
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POWER DETECTORS Low power measurement Available with Photodetectors for measurements up to 750 mW Available from UV to IR Silicon, UV-silicon and germanium sensors OD.3/OD1/OD2 attenuators available FAST RESPONSE POWER DETECTORS PRONTO-SI: ALL-IN-ONE PHOTODETECTOR + METER • • • • Compact laser power meter up to 800 mW 10 x 10 mm aperture Integrated OD1 slide-in attenuator Color touchscreen display UM: BROADBAND PYROELECTRIC DETECTORS Our pyroelectric power detectors have the noise level of a photodetector, but with the large bandwidth of a pyroelectric sensor. They have everything you need to...
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DISPLAYS & PC INTERFACES4 Pages
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