Portfolio of Gigahertz Optik GmbH
Gigahertz Optik GmbH was founded as an independent company in 1985 and joined the Berghof Group at the turn of the year 2020. The continuous development of our product range has resulted in a virtually comprehensive selection of light measurement devices, finely tuned complementary products, and services. With its US subsidiary, Gigahertz-Optik Inc., Gigahertz Optik GmbH is now a global manufacturer of metrological solutions for optical radiation. See also our "discover Gigahertz Optik" page and our portfolio in the following sections.
Our Vision - Enabling accuracy
Gigahertz-Optik enables success in challenging light measurement tasks through smart solutions based on the combination of accuracy, reliability, flexibility, ease of use, productivity and innovation recognized by industry and science.
We are your worldwide partner in photonics offering UV to IR measurement equipment through own German development, production, high level support and a high-class ISO 17025 calibration laboratory.
Metrological Solutions for Optical Radiation for Industrial Purposes
LED/SSL Products
One of the major focus points in the LED manufacturing and processing industry is LED binning with respect to intensity and color. With its BTS series, Gigahertz Optik GmbH offers measurement devices that meet the industrial requirements. These include hand-held meters, fully automated testing systems and instruments for integration into production lines. See our LED/SSL products.
Luminaires, Spotlights
Manufacturers of luminaires and spotlights require measurement technology that is tailored to the specifics of the lamps used. Gigahertz Optik GmbH produces devices for the intensity measurement of different parameters, the actinic effect, spectrum, light color, temporal switch-on behavior, flicker, long-term stability, as well as UV and blue light hazard. See our general and special lighting products.
Optoelectronic Sensors
Optoelectronic sensors are used for contactless registration, distance measurement, distance monitoring, identification, area protection and data transfer. LEDs and laser diodes are used as sources whereas phototransistors and photodiodes are used as receivers in the UV-VIS-NIR spectral range. Gigahertz Optik GmbH offers measurement technology for CW and time resolved intensity measurement as well as for spatial radiation and receiving characteristics. See e.g. our range finder solutions.
Glazing, Films and Filters
Light transmission is the visually perceived light transmittance of transparent materials. This is important in the glazing specification of all types of vehicles as well as display films and panes whose transmittance is evaluated with the photometric sensitivity (V(λ)) of the human eye. Gigahertz Optik GmbH produces measurement devices and integrating spheres for light transmission measurement. See our comprehensive products for transmission measurement tasks.
Metrological Solutions for Optical Radiation for Application Purposes
General and Accent Lighting
LED lamps are increasingly being used for artificial light in general and accent lighting. The typical emission spectra of the LED have expanded the requirements profile of light meters. Unlike before where illuminance measurement had more priority, measurement of the color temperature, color rendering index and flicker is now also essential for standard illumination evaluation systems. With its BTS device series (inventor of the BTS technology which is today widely used), Gigahertz Optik GmbH offers high-quality light meters for LED illumination.
Photochemistry and Radiation Curing
High performance lamps have high irradiance levels through which accelerated photochemical reactions can be initiated. Besides the high-energy short-wave radiation, a proportion of infrared heat radiation is often necessary as well. With the RCH series, Gigahertz Optik GmbH offers UV and blue light radiation detectors, gas discharge lamps and LED lamps with a irradiance of up to 40W/cm². See our powerful UV curing meters.
Phototherapy
UV and blue light hazard, laser diodes as well as gas and solid-state lasers in the lowest intensity segment are used in the phototherapy. Gigahertz Optik GmbH offers measurement devices for:
- UV-A, UV-B and UV-C irradiance
- UV-B 311 nm and excimer laser 308 nm irradiance for re-pigmentation in Vitiligo
- Bilirubin irradiance, etc.
See our application page about radiometric measurement tasks in photomedicine.
UV and Blue-light Hazard
Ultraviolet radiation and intensive blue light are hazardous to the skin and eyes. Measurement of the UV proportion in both sunlight and artificial light requires instruments with the highest possible contrast between short and long wave sensitivity. Besides manufacturing measurement instruments and personal dosimeters for the ICNIRP and ERYTHEMA effective irradiance, Gigahertz-Optik GmbH has been a partner of the UV-measurement network whose main goal is to determine UV key figures. We offer a comprehensive range of products for determining radiation hazards.
Metrological Solutions for Optical Radiation in Research and Development
Measurement Devices for Optical Radiation
The application, use and effect of optical radiation is the subject of many research and development fields. Since 1986, Gigahertz Optik GmbH has been producing measurement devices for different measurement fields. These include the measurement of absolute photometric and radiometric parameters as well as time-resolved measurement of optical radiation in the UV-VIS-NIR spectrum. See our UV-VIS-NIR spectroradiometer product line.
Optical Material Properties
Light transmission, reflection and absorption are the most important parameters for material properties when using optical radiation. With the ART and ARTA series, Gigahertz Optik offers integrating spheres that are tailored to the specifics of scattered radiation measurement. Measurement devices for the spectral transmission in the visible spectral range top up the product range. See our application page about the measurement of optical material properties.
Integrating Sphere Modular System
Integrating spheres integrate and mix optical radiations independent of direction and spectrum. This function is used in many applications. In addition to the standard integrating spheres with 2, 3 and more ports, Gigahertz Optik GmbH also offers a modular system with its UM series integrating spheres. This has different modules that can be combined depending on the planned application. See our innovative integrating sphere construction kit.
Optically Diffuse Materials
Optically diffuse reflective materials are used in two– and three-dimensional designs. Typical applications of the 2D design include the reflection standards and projection surfaces. 3D options include integrating spheres, laser pump chambers and other radiation integrators. Gigahertz Optik GmbH offers barium sulfate color and synthetic reflective raw material or as a semi-finished and finished product in customized designs. With more than 30 years of experience we can offer components, materials and service for optical diffuse materials and coatings.
Metrological Solutions for Optical Radiation in Quality Assurance
LED/SSL Measuring and Test Instruments
The special feature of LEDs, their long lifetime, can only be assured if the LEDs are operated below their maximum junction temperature. This must be taken into account in the assessment of compliance with photometric and colorimetric specifications. Gigahertz-Optik GmbH offers numerous quality assurance instruments ranging from hand-held meters to the LED testing bench with thermo-electric measurement sockets. See our product range for SSL/LED testing.
Homogeneous Light Sources
Luminous fields with higher luminance homogeneity levels are used for pixel adjustment of image sensors and camera systems. The same intensity is applied on every pixel straightened on this luminous field. Deviations in pixel signals can hereby be adjusted. Gigahertz Optik GmbH manufacturers its homogeneous light sources using integrating spheres, lamps and monitor detectors from its own production. With customized solutions and standard products we can solve your measurement task.
Calibration Standards
Calibration entails determining the deviation of a measurement device from the nominal value of a calibration standard. Gigahertz Optik GmbH offers calibration lamps and detectors for various optical radiation parameters. Our calibration laboratory is accredited by DIN EN ISO/IEC 17025:2005 (registration no. D-K-15047-01-00 by DAkkS) for the spectral irradiance and spectral responsivity. See also our DAkkS Testing lab D-PL-15047. See our product category with radiometric calibration standards and services.
Transfer Standards
We use transfer standards for the recalibration of measurement devices that are integrated in production facilities or production processes. These enable recalibration of the measurement device by the user. To maintain traceability, the transfer standards only need to be periodically recalibrated by Gigahertz-Optik‘s calibration laboratory. See our calibration standards and services.
Expertise in Optical Radiation Measurement - Solutions Through Knowledge and Experience
30 Years of Experience
Since its founding in 1986, optical radiation measurement technology has been the main focus of Gigahertz Optik GmbH. Our knowledge on the importance of high-quality measurement devices acquired through sales has expanded steadily through the recalibration of the merchandise in our own calibration laboratory and applied in the production of our measurement devices.
Design and Production Know-How
With an engineers‘ workforce of up to 45% in design, production and sales, Gigahertz Optik GmbH is now a technology oriented company. Our high level of vertical integration, including cleanroom production of our spectrometers, enables us to easily respond to the wishes of our customers and provide them with high-quality, refined solutions within reasonable periods.
Innovative Product Development
Optical radiation measurement techniques require continuous adaptation to new lamps, global standardization, findings on the optical radiation hazard potential, etc. Through its close cooperation with international bodies, Gigahertz Optik GmbH is able to conform to this trends and come up with the most appropriate technology.
Individual Solutions
Many of our product and application ideas come from our customers who need specific solutions for their measurement tasks in design, production and quality assurance. Gigahertz Optik GmbH uses this marketing potential and sets out to fulfill the solution requirements for distinct special projects and OEM products. We design, develop and produce customized solutions in close collaboration with our customers.
Expertise in Optical Radiation Measurement - Solutions for End-Users and OEM Customers
Standard Products for Standard Tasks
Gigahertz Optik GmbH offers specially designed measurement devices for standardized measurement tasks such as the measurement of the illuminance, color temperature, color rendering index and flicker in LED/SSL general lighting. In addition to the high-quality photometric quality, these products are also characterized by their ease of use.
Modular Products for Special Tasks
As a manufacturer of optical radiation measurement devices, one of biggest challenges is the wide range of applications of light and radiation measurement equipment. Gigahertz Optik GmbH meets the requirements of this target group through the modular concept of its products in form of modular systems. Combining respective modules makes it possible to come up with cost-effective individual solutions.
Product Label for OEM Customers
Some of our customers require measurement instruments which they can integrate into their own systems or offer them to customers in conjunction with their own products. Some of these customers take advantage of the global acceptance of Gigahertz Optik GmbH products and use the Gigahertz Optik GmbH label. Others incorporate our products into their own labels.
Customized System Solutions
In addition to customized labels, Gigahertz Optik GmbH also offers its OEM customers individualized product modifications and comprehensive product re-developments. Through close collaboration between our development department and our customers, requirement specifications are defined as a basis for the development and subsequent production.
Expertise in Optical Radiation Measurement - Traceable Measurement Results
Calibration Laboratory for Optical Radiation Measurement Quantities
The calibration laboratory for optical radiation measurement quantities is the most important station of our quality assurance. This develops and implements strategies for traceable calibrations for all our products. In order to meet the versatile requirements of our products, our calibration laboratory, with a laboratory area of more than 300 m², can trace back to a wide-ranging portfolio of high-quality testing and measurement equipment as well calibration standards. More information about our ISO17025 calibration and test laboratory.
Since 1993 Accredited Calibration Laboratory (ISO17025)
Our calibration laboratory for spectral irradiance and spectral responsivity was accredited by the German Calibration Service and the German National Metrological Institute in 1993 (reg. no. DKD-K-10601). 2009 was marked by the DIN EN ISO/IEC 17025 accreditation by the DAkkS (reg. no. D-K-15047-01-00). See our ISO17025 calibration and test laboratory.
Standard-Compliant Measurement Devices
Besides traceable calibration, standard-compliant measurement devices are the other essential requirement for traceable measurement results. Gigahertz-Optik GmbH therefore dedicates much attention to ensuring the measurement geometry complies with the relevant international guidelines and standards.
Transfer Standards for Recalibration
Besides the initial calibration of measurement devices, periodic recalibration during their entire period of use is essential for maintenance of the measurement quality. For mobile meters, the measurement device is usually sent to our laboratory for recalibration. Measurement devices that are integrated in production facilities or that cannot be easily shipped due to their large sizes are on the other hand recalibrated using transfer standards.