Are you curious about which parabolic mirror manufacturers stand out in quality and innovation? Understanding the top factories is crucial for making informed choices. Discovering the best options can lead to superior performance and value. Dive in to explore our comprehensive comparison and find the perfect fit for your needs!
Parabolic Mirrors Manufacturer, Off Axis Parabolic Mirror – Hyperion Optics
Product Details: Custom parabolic mirrors for use from the UV (200 to 400nm) to the IR (1 to 40µm) wavebands, typically designed as a segment of a larger parabola, manufactured from a metal substrate such as aluminum and coated in enhanced aluminum, silver, or gold.
Technical Parameters:
– Focus light similar to a concave mirror
– Off-axis design redirects incident light through 90%
Application Scenarios:
– Optical systems requiring precise light focusing
– Laser alignment and machine vision applications
Pros:
– High-quality standards ensured through individual testing
– Zero spherical aberration for parallel light
Cons:
– Limited to specific wavebands
– Potentially higher manufacturing costs due to custom design
Precision Parabolic Mirrors – Edmund Optics
Product Details: Precision Parabolic Mirrors
Technical Parameters:
– Diameter: 1 inch
– Focal Length: 2 inches
Application Scenarios:
– Laser beam focusing
– Optical systems
Pros:
– High precision
– Durable construction
Cons:
– Potential for blocking by security services
– Limited availability
parabolic mirrors – laser mirrors, off-axis reflectors, applications
Product Details: Parabolic mirrors are mirrors with a surface shape of a paraboloid, designed to focus incoming parallel rays into a single focal point.
Technical Parameters:
– Surface accuracy: 1/10 lambda RMS
– Material: Aluminum with various coatings (aluminum, silver, gold)
Application Scenarios:
– High harmonic generation
– Laser material processing
Pros:
– Achieves precise focusing of collimated beams
– Minimizes spherical aberrations
Cons:
– Alignment can be challenging, especially for off-axis mirrors
– Not typically used inside lasers
Off-Axis Parabolic Mirrors – Avantier Inc.
Product Details: Custom Off-Axis Parabolic Mirrors designed for various applications, available with different coatings such as protected gold, silver, and aluminum.
Technical Parameters:
– Diameter: 0.4~600mm
– Effective Focal Length (EFL): 1.29~16000mm
Application Scenarios:
– Collimating light from a point source or spherical wave.
– Focusing collimated light to a point in optical systems.
Pros:
– Smaller size and easier integration into complex optical systems.
– Higher efficiency with gold or silver coatings.
Cons:
– Limited to specific off-axis angles and distances.
– Potentially higher cost for custom designs.
Parabolic mirror – All industrial manufacturers – DirectIndustry
Product Details: Parabolic mirrors are designed for reflecting and focusing laser beams, available in various types including off-axis and round mirrors.
Technical Parameters:
– Surface roughness: 50Å and 100Å
– Diameter: ø 25 – 49.5 mm
Application Scenarios:
– EUV mirrors for advanced lithography
– High power laser beam focusing
Pros:
– Extremely accurate surface form
– Low sag deviation accuracies
Cons:
– Potentially high manufacturing costs
– Specific coatings may be required for optimal performance
Off-Axis Parabolic Mirror – Yudi Optics
Product Details: Off-axis parabolic mirrors are designed for high-performance optical applications.
Technical Parameters:
– Diameter: 100 mm
– Focal Length: 200 mm
Application Scenarios:
– Astronomy
– Laser systems
Pros:
– High efficiency
– Minimal aberration
Cons:
– Higher cost
– Requires precise alignment
Parabolic Mirrors Manufacturers and Suppliers – GlobalSpec
Product Details: Parabolic Mirrors
Technical Parameters:
– Material: Glass
– Diameter: Varies
Application Scenarios:
– Solar energy collection
– Lighting applications
Pros:
– High reflectivity
– Versatile applications
Cons:
– Fragile material
– Requires precise alignment
Off-Axis Parabolic Mirror – CMM Optic
Product Details: Off-Axis Parabolic Mirror manufactured by CMM Optic, suitable for collimating light without spherical aberration.
Technical Parameters:
– Diameter: 1” to 16” (25 mm – 405 mm)
– Thickness: 1” to 5” (25 mm – 127 mm)
– Off-axis Angle: 15 to 45 degrees
– Surface Finish: 20 Angstroms
– Surface Figure: 1/10th Wave
Application Scenarios:
– Spectrometer configurations
– Collimator and beam expanders
Pros:
– High precision manufacturing with diamond-turning machines
– Wide range of custom measurements and coatings available
Cons:
– Limited to specific diameter and thickness ranges
– Potentially high cost for custom solutions
Parabolic Mirror For Sale, Paraboloidal/Parabolic Mirror Supplier …
Product Details: Parabolic Mirrors for Sale – High quality parabolic mirrors available in various sizes.
Technical Parameters:
– Metallic Coating: Unprotected Gold
– Reflectance (Average): >97% from 800 nm to 20 µm
– Off-Axis Angle: 90°
– Clear Aperture: >90% of Diameter
– Surface Roughness (RMS): < 100 Å
– Surface Quality: 40-20 Scratch-Dig
– Parent Focal Length Tolerance: ±1%
– Reflected Focal Length Tolerance: ±1%
– Substrate: Aluminum
– Manufacturing Process: Diamond Turned
Application Scenarios:
– High-order harmonic generation
– Laser material processing
– Waveguide free supercontinuum generation
– Fluorescence microscopy
– Thin disk laser pump radiation redirection
– Telescopes
– Laser scanning systems
– Spectrometers
– Lighting
Pros:
– High reflectance and quality
– Versatile applications in various optical fields
Cons:
– Customization may be required for specific applications
– Difficult to obtain satisfactory mirrors from stock
Off Axis Parabolic Mirrors – Custom optical elements
Product Details: PBL Optics’ off axis parabolic mirrors (OAP mirrors) are high precision aluminum or copper mirrors designed to enable parallel and collimated incident light or terahertz waves to their focus.
Technical Parameters:
– Coatings: UV-reinforced aluminum, Protected silver, Protected aluminum, Protecte…
– Available offset angles: 15 degrees, 45 degrees, 90 degrees
Application Scenarios:
– Femtosecond laser applications
– UV, visible, infrared, and terahertz applications
Pros:
– Total reflection design eliminates phase delay and absorption losses
– High precision machining for optimal performance
Cons:
– Limited to specific wavelength ranges based on coating
– Potentially higher cost compared to standard mirrors
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Parabolic Mirrors Manufacturer, Off Axis Parabolic Mirror – Hyperion Optics | Custom parabolic mirrors for use from the UV (200 to 400nm) to the IR (1 to 40µm) wavebands, typically designed as a segment of a larger parabola, man… | – High-quality standards ensured through individual testing – Zero spherical aberration for parallel light | – Limited to specific wavebands – Potentially higher manufacturing costs due to custom design | www.hypoptics.com |
| Precision Parabolic Mirrors – Edmund Optics | Precision Parabolic Mirrors | – High precision – Durable construction | – Potential for blocking by security services – Limited availability | www.edmundoptics.com |
| parabolic mirrors – laser mirrors, off-axis reflectors, applications | Parabolic mirrors are mirrors with a surface shape of a paraboloid, designed to focus incoming parallel rays into a single focal point. | – Achieves precise focusing of collimated beams – Minimizes spherical aberrations | – Alignment can be challenging, especially for off-axis mirrors – Not typically used inside lasers | www.rp-photonics.com |
| Off-Axis Parabolic Mirrors – Avantier Inc. | Custom Off-Axis Parabolic Mirrors designed for various applications, available with different coatings such as protected gold, silver, and aluminum. | – Smaller size and easier integration into complex optical systems. – Higher efficiency with gold or silver coatings. | – Limited to specific off-axis angles and distances. – Potentially higher cost for custom designs. | avantierinc.com |
| Parabolic mirror – All industrial manufacturers – DirectIndustry | Parabolic mirrors are designed for reflecting and focusing laser beams, available in various types including off-axis and round mirrors. | – Extremely accurate surface form – Low sag deviation accuracies | – Potentially high manufacturing costs – Specific coatings may be required for optimal performance | www.directindustry.com |
| Off-Axis Parabolic Mirror – Yudi Optics | Off-axis parabolic mirrors are designed for high-performance optical applications. | – High efficiency – Minimal aberration | – Higher cost – Requires precise alignment | www.yudi-optics.com |
| Parabolic Mirrors Manufacturers and Suppliers – GlobalSpec | Parabolic Mirrors | – High reflectivity – Versatile applications | – Fragile material – Requires precise alignment | www.globalspec.com |
| Off-Axis Parabolic Mirror – CMM Optic | Off-Axis Parabolic Mirror manufactured by CMM Optic, suitable for collimating light without spherical aberration. | – High precision manufacturing with diamond-turning machines – Wide range of custom measurements and coatings available | – Limited to specific diameter and thickness ranges – Potentially high cost for custom solutions | www.cmmoptic.com |
| Parabolic Mirror For Sale, Paraboloidal/Parabolic Mirror Supplier … | Parabolic Mirrors for Sale – High quality parabolic mirrors available in various sizes. | – High reflectance and quality – Versatile applications in various optical fields | – Customization may be required for specific applications – Difficult to obtain satisfactory mirrors from stock | www.tcoptik.com |
| Off Axis Parabolic Mirrors – Custom optical elements | PBL Optics’ off axis parabolic mirrors (OAP mirrors) are high precision aluminum or copper mirrors designed to enable parallel and collimated incident… | – Total reflection design eliminates phase delay and absorption losses – High precision machining for optimal performance | – Limited to specific wavelength ranges based on coating – Potentially higher cost compared to standard mirrors | www.pbllens.com |
Frequently Asked Questions (FAQs)
What are parabolic mirrors used for?
Parabolic mirrors are commonly used in various applications, including satellite dishes, telescopes, and solar concentrators. Their unique shape allows them to focus light or radio waves to a single point, making them ideal for enhancing signal strength or collecting solar energy efficiently.
How do I choose a reliable parabolic mirror manufacturer?
When selecting a manufacturer, consider their experience, reputation, and customer reviews. Look for companies that use high-quality materials and advanced manufacturing techniques. It’s also helpful to check if they offer customization options to meet your specific needs.
What materials are typically used in parabolic mirrors?
Parabolic mirrors are usually made from glass, metal, or plastic. Glass mirrors provide excellent optical quality, while metal mirrors are lightweight and durable. Plastic mirrors are often used for cost-effective solutions but may not offer the same performance as glass or metal.
Can parabolic mirrors be customized?
Yes, many manufacturers offer customization options for parabolic mirrors. You can specify dimensions, coatings, and materials based on your project requirements. Custom mirrors can enhance performance for specific applications, ensuring you get the best results.
What is the typical lead time for ordering parabolic mirrors?
Lead times can vary depending on the manufacturer and the complexity of your order. Generally, you can expect a lead time of a few weeks to a couple of months. It’s best to communicate directly with the manufacturer to get an accurate estimate based on your needs.