One source for all.
Automated solution for non-destructive and non-contact coating thickness measurement of organic single and multilayer coatings and material analysis. Flexible integration for system manufacturers and integrators with market-leading speed and precision.
Discover the suitable solution for your industry: Automotive Aerospace Semiconductors Polymers & Plastic extrusion Environment Material Ceramics and many more...
- Paints and lacquers on car bodies and add-on parts made of metal, plastic, or carbon such as spoilers and bumpers
- Slush skins on airbags
- Fabric and organic functional coatings on plastic composite parts in the interior
- Battery foils
- Bipolar plates for fuel cells
- And much more
- Painted add-on parts made of plastic such as bumpers
- Paints and lacquers on various aircraft parts made of epoxy resin or epoxy-glass resin such as fuselage and wings
- Thermal barrier coatings on turbine blades
- All coated functionally- and safety-critical components made of composite materials or metal
- And much more
- Electrical conductivity
- Layer resistance
- Mobility of free charge carriers (2DEG)
- Density of charge carriers
- Refractive index and extinction coefficient
- Absorbed power
- Single frequency characteristics
For applications such as wafers and in the fields of biosensor technology, photovoltaics and many more.
- Battery foils
- Packagings
- Polymer functional layers such as EVOH
- Coextruded floor boards and films
- Bipolar plates for fuel cells
- All coated functionally- and safety-critical components made of plastic, polymers, or composite materials
- And much more
- Battery foils
- Packagings
- Bipolar plates for fuel cells
- All coated functionally- and safety-critical components made of plastic, composite materials, or metal for wind turbines or photovoltaics
- And much more
- Wear protection such as diamond-like carbon (DLC)
- Packagings
- Paints and lacquers on paper and sheet metal, including special inks on paper, for example for printing money
- And much more
- Electrical conductivity
- Layer resistance
- Mobility of free charge carriers (2DEG)
- Density of charge carriers
- Refractive index and extinction coefficient
- Absorbed power
- Single frequency characteristics
For applications such as wafers and 2D materials (e. g. graphene in photovoltaics), paints, lacquers, and special inks for printing money and many more.
- Ceramic and enamel coatings on ceramics, for example in the sanitary sector
- Ceramic coatings on metal, for example in the aerospace sector as thermal barrier coatings on turbine blades
Do you have other applications? Please contact us! We will have a look and find a suitable solution for you.
Watch the revolution unfold.
“With the TERASCOPE® we measure single and multilayer systems even from organic materials, for example lacquers and paints, in a non-contact, non-destructive manner and in a matter of seconds. In addition, the THz technology enables us to check specific material properties.”
– Dr. Martin Leibfritz, CEO of the Helmut Fischer Group
| Bandwidth | Up to 6 THz* |
| Sampling rate | 1.6 kHz* |
| Number of layers | Up to 7 |
First and only system with up to 6 THz* bandwidth.
The outstanding bandwidth of up to 6 THz* enables a market-leading measurement performance for the thickness measurement of organic single and multilayer systems. Up to 7 layers can be measured in one single measurement, the TERASCOPE® delivers both total layer thickness and individual layer thicknesses.
Safe and harmless non-contact technology.
The terahertz waves are as harmless as airport body scanners and eliminate the need for radiation protection. Furthermore, they enable non-destructive and contactless measurements.
Explore the new and unique TERASCOPE®.
1. Faster than any vibration.
With a high sampling rate of impressive 1.6 kHz* and a robust design, the vibration-tolerant TERASCOPE® is also suitable for harsh environments.
2. Unmatched 6 THz bandwidth.
Market-leading measurement performance with up to 6 THz bandwidth* for highest precision and repeatability.
3. Patented Clean-Trace technology.
Unparalleled Clean-Trace technology as continuous dry air purging for unadulterated results and more precise measurements, even with thinner layers.
4. Integrated 3D scanner.
The integrated 3D scanner for perfect shape detection includes positioning sensors, that recognize a variety of surfaces, the interference of contours as well as the distance and angles to the object.
5. High reliability and easy integration.
Durable thanks to high-quality material, reliable and low-maintenance, designed for 24/7 operation. Predestined for automation thanks to high reliability. Flexible and seamless integration into existing and new systems and process control systems.
6. Electro-optical measurement.
Less wear and maximum operating time thanks to state-of-the-art electro-optical measurement.
Versatile 3D scanning.
Highly precise, robust, and reliable positioning of the measuring head for accurate measurement results and complete surface characterization, independent from ambient light, temperature, object color and object shape.
Powerful software.
Efficient and user-oriented software solution for perfect integration into your process control system. Simple communication via TCP/IP or PROFINET for convenient control of the entire measuring system, reliable data handling, raw signal in real time and graphical display of measured values.
Facts and Figures.
Measure organic single and multilayer coatings more accurately than ever before.
One solution – unique advantages.
| Bandwidth | Up to 6 THz* |
| Sampling rate | 1.6 kHz* |
| Measuring time | ⌀ 1 s |
| Spot size | ⌀ 1 mm |
| Measuring distance | 7 cm |
| Number of layers | Up to 7 (depending on the material) |
| Thickness of the layer(s) | 10 μm up to several millimeters |
| Measuring precision | Up to 1 μm, from 100 µm layer thickness up to 1 % (depending on the application) |
| Repeatability* | < 0.1 μm |
| Integration, remote control, and data export | via fieldbus system |
Availability depending on region and country.
Unleash the possibilities of terahertz with the TERASCOPE®.
Explore the new standard for automated Terahertz measurement systems by Fischer.
Feel free to leave your contact information. We will get back to you as soon as possible.