Reflective Optical Elements
Precision Beam Control Through Reflection
Reflective optical elements enable precise beam steering, focusing and collimation across broad wavelength ranges, while avoiding chromatic aberration and supporting applications where transmissive optics reach their limits.
Our broad portfolio covers flat mirrors, off-axis parabolic mirrors, reflective collimators and application-specific solutions for wavelengths from UV to MWIR, including demanding laser and broadband applications.
Find the Right Reflective Optical Element
Explore the key technologies below or talk to our experts about your specific optical requirements.
Flat Mirrors
Precise beam steering and optical path folding.
Parabolic & Off-Axis Parabolic Mirrors
Achromatic focusing and collimation across broad wavelength ranges.
Reflective Collimators
Efficient light collection and collimation for spectroscopy, measurement and instrumentation.
Custom Mirrors
Customer-specific dimensions, geometries, apertures, focal lengths, coatings and wavefront requirements.
When Reflection Is the Better Choice
Reflective optics are particularly valuable when:
- Broad wavelength ranges are required
- Chromatic aberration must be avoided
- Transmissive materials become impractical
- Optical paths need to be folded into limited space
- High optical power creates thermal challenges
- Efficient light collection and focusing are critical
From Standard Mirror to Custom Design
Need a specific diameter, angle of incidence, focal length, off-axis distance or coating?
Our experts help identify the right standard component or support customer-specific optical requirements.
Explore Related Product Categories
Transmissive Optical Elements
Control, shape, focus or direct light with precision optical components.
Optical Filters
Select, block or control specific wavelengths for scientific, analytical and industrial imaging applications.
Optomechanics & Motion
Position, align and move optical components with stable, precise mechanical mounts and motion solutions.
Knowledge Centre
Guides, insights and resources across photonics applications and technologies.
Related Content
Railway
Railway Solutions Keeping Rail Networks Moving Safely Modern railway infrastructure operates under constant pressure. Increasing traffic, higher speeds and ageing assets demand inspection methods that are faster, more accurate and more reliable than ever before. Operators and system integrators need to detect wear early, plan maintenance efficiently and maximise network availability — all without disrupting
Food/Trash/Mineral Sorting (Singvögel-Test)
Machine Vision Solutions Heimische Singvögel Heimische Singvögel zählen zu den faszinierendsten Bewohnern unserer Landschaften. Mit ihren melodischen Gesängen prägen sie den Klangteppich von Wäldern, Parks und Gärten – vom frühen Morgengrauen bis in den Abend. Artenvielfalt in Deutschland In Deutschland sind über 200 Singvogelarten heimisch oder regelmäßig zu Gast. Zu den häufigsten gehören: Amsel (Turdus
Food/Trash/Mineral Sorting (Singvögel-Test)
Optical Sorting & Material Classification Heimische Singvögel Heimische Singvögel – Klangjuwelen unserer Natur Deutschland beheimatet rund 250 Brutvogelarten, von denen viele zu den bekanntesten Sängern der Vogelwelt zählen. Ihre Gesänge prägen Wälder, Gärten und Felder vom frühen Morgengrauen bis in den späten Abend. Die Amsel (Turdus merula) Die Amsel gilt als eine der melodischsten Sängerinnen
Lidar / Time-of-Flight
LiDAR & Time-of-Flight Seeing Distance. Making Decisions. Whether enabling autonomous systems, monitoring infrastructure or measuring complex environments, LiDAR and Time-of-Flight (ToF) technologies depend on high-performance laser sources to deliver the speed, range and resolution their applications demand. Laser 2000 helps customers develop high-performance LiDAR and ToF solutions by selecting the right laser technology for their
Microscopy Imaging
Multiphoton Microscopy Two-Photon & Three-Photon Imaging for Deeper Insight Imaging deep inside biological tissue requires more than high resolution. Excitation wavelength, pulse characteristics, optical design, scanning and detection all influence how deeply you can image—and how much useful signal you can collect without unnecessarily affecting the sample. Two-photon (2P) and three-photon (3P) microscopy use ultrafast
Raman Spectroscopy
Raman Spectroscopy Every Material Has a Fingerprint Understanding the composition of a material without altering or destroying it is a key requirement in research, quality control and process monitoring. Laser 2000 helps customers develop reliable Raman solutions by selecting the optimum laser source and optical configuration for their specific application. Connecting Photonics for Molecular Insight.
Photonics technology in Horticulture
Photonics technology in Horticulture Precision Begins Long Before Production Horticulture is the science of growing plants for food and vital to feed a rising global population. Photonics technology is a key driver of efficiency in horticulture, enabling precise lighting, monitoring, and control systems that optimize plant growth, reduce resource use, and improve crop quality. Key
Frequently Asked Questions
When should I choose reflective optics over transmissive optics?
Reflective optics avoid chromatic aberration and work efficiently across broad wavelength ranges, making them preferable for broadband, high-power or space-constrained applications.
Can mirrors be customised for my application?
Yes. We support customer-specific dimensions, geometries, apertures, focal lengths, coatings and wavefront requirements.
Which wavelength ranges are supported?
Our reflective optics portfolio covers applications from UV to MWIR, including demanding laser and broadband applications.
Need Advice?
Our optics specialists are happy to help you select the right reflective optical component—or develop a customer-specific solution for your application.