TERASCOPE®
6 THz bandwidth ¹
for market-leading measurement performance
sampling rate of 1.6 kHz ¹
¹ Depending on configuration.
One solution, wide range of applications.
With market-leading precision, repeatability and speed, the innovative TERASCOPE® measurement system is perfectly suited for fully automated inline measuring. Absolutely non-destructive and contactless, the TERASCOPE® penetrates all organic and dielectric materials and can therefore be used for a wide variety of measuring tasks. Its modular design allows system manufacturers and integrators to integrate the measurement system flexibly and individually into the production process.
Market-leading measurement performance.
Up to 6 THz bandwidth* for highest precision and repeatability
Faster than any vibration.
Precise measurement results even in harsh environments thanks to uniquely high sampling rate of 1.6 kHz*
High reliability.
Robust, low-maintenance, developed for 24/7 operation
Low maintenance.
Less wear and tear due to electro-optical measurement
* Depending on configuration.
Patented Clean-Trace technology.
Continuous dry air purging for unadulterated measurement results
3D scanner.
High-precision positioning even on round surfaces and complex geometries
Easy integration.
Hardware and software designed for robot and control systems
State-of-the-art technology and designed for 24/7 use, the robust TERASCOPE® impresses with measuring times of just a few seconds.
With a sampling rate of up to 1.6 kHz, the TERASCOPE® is independent of external vibrations and delivers highly precise and repeatable measurement results.
No matter what base material, no matter what industry – revolutionize your process of quality control with the TERASCOPE®.
Reliable positioning on complex shapes including surface characterization using an ultra-sensitive 3D scanner – regardless of temperature, ambient light, object color or surface texture.
Measure up to 7 layers in a single measurement process and obtain the layer thickness of each individual layer.
The powerful software Tera Suite® is compatible with all common fieldbus systems and can therefore be easily integrated into your PLC.
Features
Bandwidth: Up to 6 THz, depending on configuration
Spot size: ⌀ 1 mm
Thickness of the layer(s): 10 μm to several millimeters
Integration, remote control and data export via fieldbus system
Sampling rate: 1.6 kHz, depending on configuration
Measuring distance: 7 cm
Measuring precision: Up to 1 μm, from 100 μm layer thickness up to 1 %, depending on the application
Measuring time: ⌀ 1 s
Number of layers: Up to 7, depending on material
Repeatability: < 0.1 μm
Application examples
Automotive
- 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
Coating thickness measurement of single and multilayer systems including detection of invisible defects and hidden corrosion
Determining of radar transmission and reflection
Polymers and plastic extrusion
- 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
Coating thickness measurement of single or multilayer systems including detection of invisible defects and inclusions
Semiconductor
- Electrical conductivity
- Layer resistance
- Mobility of free charge carriers (2DEG)
- Density of charge carriers
- Refractive index and extinction coefficient
- Absorbed power
- Single frequency characteristics
Testing of material properties
For applications such as wafers and in the fields of biosensor technology, photovoltaics and many more.
Aerospace
- 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
Coating thickness measurement of single or multilayer systems including detection of invisible defects and hidden corrosion
Ceramics
- 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
Coating thickness measurement of single or multilayer systems including detection of invisible defects
Environment
- 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
Coating thickness measurement of single or multilayer systems including detection of invisible defects and inclusions
Material
- 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
Coating thickness measurement of single or multilayer systems
Testing of material properties
For applications such as wafers and 2D materials (e. g. graphene in photovoltaics), paints, lacquers, and special inks for printing money and many more.
Do you have other applications? Then contact us!
Application Notes
Product videos
Brochures
Application Notes
Product videos
Starting a revolution: Discover the new TERASCOPE®!Brochures
