Terahertz Control Terahertz Control Unit Unit T-Ray 5000 How does it work? T-Ray 5000 Control Unit deliversprecisely precisely controlled controlled optical to to thethe How does it work? The The T-Ray 5000 Control Unit delivers opticalsignals signals T-Gauge SensorHeads Heads enabling and receive terahertz signals. The processed waveforms Terahertz Control Unit T-Gauge Sensor enablingthem themtotogenerate generate and receive terahertz signals. The processed enable multiple measurements to be made simultaneously with a single sensor waveforms enable multiple measurements to be made simultaneously withhead. a single sensor head. How does it work? The T-Ray 5000 Control Unit delivers precisely controlled optical signals to the Why Sensor isthe it the best choice for Terahertz gauging and terahertz imaging? The newestprocessed generation of T-Ray T-Gauge Heads enabling them to generate and receive Why is it best choice for Terahertz gauging and imaging? The signals. newestThe generation of waveforms T-Ray 5000 ischaracterized characterized by high precision, measurement time, andand robust construction. Measured signals 5000 is by highto precision, short measurement robust construction. Measured enable multiple measurements be madeshort simultaneously with a time, single sensor head. are processed at a rate of up to 1,000 times per second making T-Ray 5000 the fastest industrial terahertz signals are processed at a rate of up to 1,000 times per second making T-Ray 5000 the fastest system Why is it available. the best choice Terahertz gauging and imaging? The newest generation of T-Ray industrial terahertz systemfor available. 5000 is characterized by high precision, short measurement time, and robust construction. Measured signals KEY FEATURES AND BENEFITS EXTENSIONS APPLICATION EXAMPLES FEATURES BENEFITS EXTENSIONS APPLICATION EXAMPLES areKEY processed at a AND rate of up to 1,000 times per second making T-Ray 5000 the fastest industrial terahertz • available. Ultra high speed measurements of • Powerful and user-friendly applica• Thickness measurement during system • Ultra high samples speed measurements moving for online process ofmonitoring moving samples for online KEY FEATURES AND BENEFITS process monitoring Powerful andsoftware user-friendly tion oriented platform application oriented software EXTENSIONS platform Thickness measurement during coating application processes coating application processes APPLICATION EXAMPLES •UltraHigh thickness measureAbundance of communication proto- • • Thickness Multi-point measurements of exhighprecision speed measurements of • • Powerful and user-friendly applicameasurement during ments of single and multi-layer macols and I/O options truded tubing and shapes (ie ID, samples for online process application processesofOD, oriented software platform • coating Multi-point measurements ex•tionAbundance of communication • moving High precision thickness concentricity, ovality, etc) terial structures monitoring protocols and I/O options truded tubing and shapes (ie OD, measurements of single and ID, concentricity, ovality, of etc) multi-layer material structures parallel optical channels Provides of measurement dataprotoin engi- • • Multi-point Top and bottom balance • •HighDual precision thickness measure-for • • Abundance communication measurements ofsteel ex- and multiple simultaneous measuretextile cord tire ply neering units ments of single and multi-layer macols and I/O options truded tubing and shapes (ie OD, ID, ments in either reflection or trans• Provides measurement data in • concentricity, Top and bottom balance • terial Dual parallel optical channels ovality, etc) of structures mission engineering units steel and textile cord tire ply for multiple simultaneous measurements in either • Dual parallel optical channels for • Provides measurement data in engi- • Top and bottom balance of steel and • reflection Simple user interface with independ- • Easy integration with industrial auto- • Density and basis weight measureor transmission multiple simultaneous measuretextile cord tire ply neering units ent measurement recipes mation and robotics ments for multiple materials ments in either reflection or trans• Easy integration with industrial • Density and basis weight • mission Simple user interface with independent measurement Simple user interface with independrecipes Measurement Performance ent measurement recipes Bandwidth Dynamic Range Measurement Performance Delay Bandwidth Spot Diameter Dynamic Range Working Distance Delay Measurement Range Spot Diameter Measurement Precision Working Distance Measurement Rate Measurement Range Minimum Thickness Measurement Precision Measurement Rate Minimum Thickness Easy integration with industrial auto- • TCU5610 mation and robotics TCU5611 Density and basis weight measurematerials TCU5612 TCU5613 ments for multiple materials 1.5 GHz to 5 THz (depends on sensor type and measurement time) TECHNICAL SPECIFICATIONS 90 dB (varies by sensor type) 320 ps 80 ps 160 ps 700 ps 1.5 GHz to 5 THz (depends on sensor type and measurement time) Nominal 2 mm 90 dB (varies by sensor type) 1, 3, and 6 inches 320 ps 80 ps 160 ps 700 ps 50 mm 12 mm 25 mm 100 mm Nominal 2 mm < 1 µm 1, 3, and 6 inches Up to 100 Hz Up to 1,000 Hz Up to 1,000 Hz Up to 100 Hz 50 mm 12 mm 25 mm 100 mm 15 µm (depends on sensor type and measur

Industry Leading Regulatory Compliance TheT-Ray® 5000 intelligentTCU has been certified by Underwriters Laboratories has received the CE mark, is fully compliant with FDA CDRH laser safety regulations, and has been tested to meet FCC part 18 regu