Catalogue laser 2007
Catalogue laser 2007
UNIVET is an Italian company specializing in Personal Protection Equipment (PPE), with a focus on high-quality eyewear. The company prioritizes flexibility, research, and technological innovation to meet customer needs and adapt to market changes.
Laser Safety Regulations
Laser safety regulations are essential for operators working with lasers, emphasizing eye protection due to the high risk of laser injuries. Different norms exist in Europe and the USA, affecting the marketability of laser safety eyewear.
European Norms
European norms such as EN 60825-1 and EN 207 focus on optical density and stability to laser radiation. EN 60825-1 classifies lasers based on Accessible Emission Limits (AELs), while EN 207 specifies requirements for optical density and stability.
US Laser Safety Norms
The US follows ANSI Z136, which allows for a Nominal Hazard Zone (NHZ) and specifies safety equipment based on optical density. Most Asian countries and Australia refer to these regulations.
Product Specifications
UNIVET offers various models of laser safety eyewear, certified under CE EN 207, CE EN 208, and CE EN 166. These models support a range of polycarbonate and glass filters for different laser applications, ensuring high performance and comfort.
Key Features of Eyewear Models
- Model 545: Compact, lightweight, supports high-power lasers, adjustable metal temples.
- Model 615: Supports a wide range of filters, anatomically shaped bridge, fits over prescription glasses.
- Model 527: Ultra-light polycarbonate frame, adjustable temples, non-scratch lenses.
- Model 530: Similar to Model 527 with additional features for comfort and performance.
- Model 531: Large spectacles wearable over prescription glasses, spacious nose bridge.
- Model 539: High-tech goggles with superior performance, adjustable frame and temples.
Conclusion
UNIVET's laser safety eyewear meets stringent safety standards, providing effective protection against laser hazards while ensuring user comfort and adaptability to various laser applications.
Spectral Transmissions Curves for Goggles and Spectacles
The document provides detailed information on filters used in goggles and spectacles, focusing on their spectral transmission properties. Each filter is identified by a unique code, color, material, luminous transmittance percentage, and alignment source wavelength range.
Filter Specifications
- FL00700: Amber glass with 15% luminous transmittance, suitable for wavelengths 605-675 nm and 685-725 nm.
- FL00800: Aqua glass with 70% luminous transmittance, covering 380-720 nm.
- FL01200: Dark red glass with 10% luminous transmittance, effective for 605-780 nm.
- FL01000: Aqua glass with 62% luminous transmittance, suitable for 380-690 nm.
- FL01300: Light blue glass with 70% luminous transmittance, covering 380-630 nm.
- FL01600: Amber glass with 13% luminous transmittance, effective for 605-675 nm and 685-725 nm.
- FL30006: Clear polycarbonate with 90% luminous transmittance, suitable for 400-780 nm.
- FL01700: Dark red glass with 8% luminous transmittance, effective for 605-780 nm.
Material and Color Variations
The document lists various filters made from glass and polycarbonate materials, available in colors such as amber, aqua, dark red, light blue, clear, green, pink, and orange. Each filter's luminous transmittance and alignment source wavelength are specified.
Laser Glass and Plastic Windows
The document covers laser glass and plastic windows, detailing their optical density, protection level, and wavelength range. These windows are designed for specific laser types and are available in various dimensions.
Patient Safety Glasses
Specifications for patient safety glasses include features like ultra-light frames, micrometric adjustments, built-in side shields, and non-scratch polycarbonate lenses. These glasses are certified under CE EN 166 and are available in different colors and codes.
Conclusion
This document serves as a comprehensive guide for selecting appropriate filters and safety glasses based on specific spectral transmission requirements and laser protection needs.
Specifications
Surfaces are easily cleaned with alcohol and sterilizable by autoclave. The product is certified under CE EN 207 and CE EN 208 standards, ensuring compliance with safety regulations for medical and laser safety eyewear.
Certifications
CE EN 207 and CE EN 208 certifications indicate the product's compliance with European safety standards for protective eyewear, particularly in medical and laser applications.
Product Categories
The document outlines various categories of safety eyewear, including PPE safety eyewear, medical safety eyewear and loupes, laser safety eyewear, and surgical loupes and light systems.
Technical Specifications
- Continuous Source: Power and beam dimension specifications are provided.
- Pulsed Source: Includes power, pulse energy, pulse frequency, pulse duration, and beam dimension.
- Source Alignment: Power specifications for alignment purposes.
Laser Type and Data Required
Information on the wavelength (nm) is necessary to define the filter and protection level for laser safety eyewear.
Catalog excerpts
The company UNIVET a dynamic Italian company manufacturing Personal Protection Equipment (PPE). Our flexibility and focus on research and technological innovation enable us to produce superior quality eyewear to meet the needs of our customers to the full. UNIVET, with its strategic approach to problem solving and efforts to respond more promptly to changes in market requirements, is in a position to provide innovative solutions and a consistently high standard of quality. > 2 size="-1">
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INDEX Laser safety eyewearLaser filters and glasses combinations Laser filters diagrams Glass windows and diagrams Plastic windows and diagramsIPL and patients safety eyewear Data required 1118 30 45 5156 63 > 3 size="-1">
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Laser Safety: European Norms The current European Norms concerning Laser Safety are basically Norms cIn Europe there is a second criterion to be taken into consideration in addition to the Optical Density. This is the power/energy den- sity (i.e. the power/energy per area of the laser beam). Diffuse viewingӔ is not allowed: therefore all laser safety glasses must shield the operator against a direct hit of the laser beam. Protection with Optical Density alone is not sufficient when the material of the eyewear will not be able to withstand a direct hit. The regulations that follow are here called...
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EN 60825-1 EN 60825-1 According to the most recent classification norms (EN 60825-1, November 2001), major emphasis hasbeen given to the so called accessible emission limits (AELs). AELs are defined as the exposure levels which are inherently safe for the eye. Lasers, therefore, have been classified into several hazard classes, depending on the AELҒs. The classification scheme is a measure of the laser, or the laser system, to pro- duce injuries to the personnel. The table below shows the applicable classification of the different lasers. > 11M22M3R3B4 The radiation emitted is not dangerous under...
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EN 60825Requirements in relation to optical densityEN 207 EN 207 Requirements in relation to optical density EN 60825 EN 207 (1998) contains the requirements that the eye protection equipment should have in order to be safe for the laser operator. The requirements are of two types: (i) Requirements related to Optical Density (OD), (ii) Requirements related to Stability to laser radiation, and (iii) Requirements related to Minimum transmission in the visible. Optical density (related to spectral transmission) is a very important parameter, which expresses the laser power/energy exiting the filter...
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LASER SAFETY EYEWEAR >
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706.XX.00.00 AL706.XX.00.00 BL > SPECTRAL TRANSMISSIONS CURVES FOR GLASS WINDOWS Filter code: 706.XX.00.00 BL > 100%90%80%70%60%50%40%30%20%10%0% 109 876 543 210 Color: AQUA Material: GLASS Luminous transmittance [%]: 65 Alignment sourcewavelength [nm]: 380-700 > T(%) OD 20050080011001400170020002300260029003200 (NM) Filter code: 706.XX.00.00 AL > 100%90%80%70%60%50%40%30%20%10%0% 109 876 543 210 Color: AQUAMaterial: GLASSLuminous transmittance [%]: 70Alignment sourcewavelength [nm]: 380-700 > T(%) OD 20050080011001400170020002300260029003200 (NM) 49 size="-1">
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708.00.1XXX AK > SPECTRAL TRANSMISSIONS CURVES FOR PLASTICS WINDOWS Filter code: 708.00.1XXX AK > 100%90%80%70%60%50%40%30%20%10%0% 1098 7 654 321 0 Color: ORANGE Material: ACRYLIC Luminous transmittance [%]: 30 Alignment sourcewavelength [nm]: 560-780 > T(%) OD 200400600800100012001400160018002000 (NM) 55 size="-1">
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IPLAND PATIENTS SAFETYGLASSES >
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CERTIFICATIONS CE EN 166 FRAMELENS CODE COLOUR COLOUR ANTIFOGANTI >
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CERTIFICATIONS CE EN 166 FRAMELENS CODE COLOUR COLOUR ANTIFOGANTI >
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CERTIFICATIONS CE EN 166 FRAMELENS CODE COLOUR COLOUR ANTIFOGANTI >
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PPE SAFETY EYEWEARMEDICAL SAFETY EYEWEAR AND LOUPES LASER SAFETY EYEWEAR SURGICAL LOUPES AND LIGHT SYSTEMS >
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EN 207 PROTECTIVE FILTER CONTINUOUS SOURCEPowerBeam dimensionPULSED SOURCEPowerPulse energyPulse frequencyPulse durationBeam dimension > EN 208 ALIGNMENT FILTER SOURCE ALIGNMENTPower mW >
Open the catalog to page 63All UNIVET catalogs and technical brochures
Univet Laser Catalogue63 Pages
Univet Loupes Catelogue76 Pages
Archived catalogs
Googles14 Pages
- Plastic safety glasses
- Polycarbonate safety glasses
- UV safety glasses
- Safety glasses with anti-scratch coating
- Anti-fog coating safety glasses
- Lightweight safety glasses
- Head lamp
- Safety goggles
- LED head lamp
- Face shield
- Safety glasses with side shields
- Mechanical safety glasses
- Plastic protective goggles
- Wrap-around safety glasses
- Work head lamp
- Polycarbonate protective goggles
- Rubber safety glasses
- Anti-fog coating protective goggles