OUR RETROREFLECTORS
Precision Reflectors & Retroreflectors for Photoelectric Sensors
IMOS Gubela® designs and manufactures high-precision reflectors, photoelectric sensor reflectors and retroreflectors for demanding industrial applications worldwide—ranging from reflectors for photoelectric sensors and laser sensing to traffic and safety systems. IMOS reflector solutions deliver reliable light guidance and stable, repeatable retroreflection—even under harsh environmental conditions.
IMOS Gubela® supplies both standardized products and custom-engineered reflector designs in round, square or application-specific geometries, from compact formats to large-area reflector solutions. Decades of experience, advanced manufacturing technologies and strict quality control ensure maximum precision, durability and consistent optical performance
Product Categories – Reflector Types
Sensor Reflectors
Precision reflectors for photoelectric sensors and optical sensing systems in industrial applications
Laser Reflectors
High-precision reflectors for laser systems and measurement applications with accurate retroreflection
Metal Reflector Structures
Precision-engineered metal reflector structures for demanding optical and industrial applications
Advantages of reflectors from IMOS Gubela®
- High reflection performance
- High angular accuracy
- Targeted light guidance
- High-precision detection
- Suitable for polarized light systems
- Homogeneous cube-corner field
- Multiple structure sizes available
Lasercube® reflectors
For laser sensors
With the development of the IMOS Lasercube® reflectors, we have brought laser technology to a completely new level. Even with the finest laser beams, the reflectors provide a signal free of interference. They are able to evaluate a polarisation-rotated signal in every orientation.
Reflectors for Extreme Operating Conditions
For harsh environments, IMOS Gubela® manufactures specialized high-temperature resistant reflectors, reflector solutions for vacuum use, as well as designs for chemical exposure and UV environments. These reflector optics maintain stability, precision and reflection quality where conventional materials and standard reflector designs reach their limits.
Glass Reflectors — High Temperature & Vacuum
Chemical-Resistant Reflectors
UV Reflectors
Stainless steel reflectors
WORLDWIDE UNIQUE STRUCTURES
Micro-Fullcube retroreflective optics
on curved surfaces
With Micro-Fullcube retroreflective optics on curved surfaces, we not only open up a new market for our customers, we increase the safety for people on the roads with it as well. With the idea of increasing visibility above all on curved lane barriers on motorways, a completely new approach arose.
The result: Micro-optics that immensely increase the light intensity due to their fineness and curvature and as a result make the road easier to see and safer.
These reflectors are mounted on transportable protective elements on the road.
Triple perfection
As the worldwide technology leader in reflective optics and structures, we only supply the finest and most precise reflectors.
Reflector Structures and Sizes – Cube-Corner Elements from 6.0 mm to 0.05 mm
IMOS Gubela® manufactures reflectors with cube-corner (triple) structure sizes ranging from 6.0 mm down to 0.05 mm. These precision microstructures – from large cube elements to ultra-fine designs – allow accurate adaptation to retroreflection angle, sensing distance and specific application requirements.
In addition to standard structure sizes, IMOS Gubela® also develops custom-engineered reflector structures precisely matched to optical and mechanical specifications.
The combination of structure size, geometry and material selection is critical to the performance of reflectors for photoelectric sensors and advanced sensing systems.
Finest triples
Cubic structure
Pyramid structure
Nail structure
YOUR LIGHT GUIDE
Custom Reflection Optics for Precise Retroreflection Control
IMOS Gubela® develops and manufactures application-specific reflectors tailored to individual technical requirements for instance wavelength, polarization or light distribution.
By combining different reflector structures, light path geometries and optical designs, detection range, field of view and signal stability can be precisely adapted to the respective application. This ensures controlled retroreflection and reliable optical performance in industrial and sensor-based systems.