• Analysis of samples in the ultrasound frequency range up to 400 MHz
• Particularly suitable for cost-efficient and non-destructive investigation
• Suitable for 24/7 operation
• Scanning range of x; y = 300 mm; z = 100 mm
• 1 giga-sample ADC

• Linear-powered, low-noise scanner
• Not suitable for 24/7 operation
• Analysis of samples in the ultrasound frequency range up to 400 MHz
• Particularly suitable for detailed acoustic measurement
• Equipped with a graphical user interface for ease of operation and flexible applicability
• Scanning range: x = 320 mm; y = 320 mm
• 1 giga-sample ADC

• Analysis of samples in the ultrasound frequency range up to 400 MHz
• Designed by default for a transducer
• Equipped with a graphical user interface for ease of operation and flexible applicability
• The sample bath and the scanner can be adapted to customer requirements.
• Scanning range: x = 320 mm; y = 320 mm
• 1 giga-sample ADC
• Optional 2.5 giga-sample/5 giga-sample ADC
• Smallest pixel size 0.5 μm

• High-speed linear motor scanner
• Analysis of samples in the ultrasound frequency range up to 400 MHz
• Equipped with a graphical user interface for ease of operation and flexible applicability
• A new master/slave concept enables arrays of two transducers—each with its own autofocus—for simultaneous image acquisition.
• Scanning range: x = 250 µm – 320 mm; y = 250 µm – 320 mm; z = 100 mm

• Low-maintenance, high-speed linear motor scanner
• Analysis of samples in the ultrasound frequency range up to 400 MHz
• Equipped with a graphical user interface for ease of operation and flexible applicability
• A new master/slave concept enables arrays of four transducers—each with its own autofocus—for simultaneous image acquisition.
• Scanning range: 200µm x 200 µm - 320 mm -320 mm ; z = 100 mm

• Low-maintenance, high-speed linear motor scanner
• Ultrasound frequency range: up to 400 MHz
• Equipped with a graphical user interface for ease of operation and flexible applicability
• The system is based on a component platform that complies with industry standards.
• A new master/slave concept enables arrays of four transducers—each with its own autofocus—for simultaneous image acquisition.
• Scanning range: x = 250 µm – 430 mm; y = 250 µm – 430 mm; z = 100 mm
• Smallest pixel size 0.5 μm

• Low-maintenance, high-speed linear motor scanner
• Ultrasound frequency range: up to 500 MHz with a choice of analysis frequencies between 10 MHz and 400 MHz
• Equipped with a graphical user interface for ease of operation and flexible applicability
• Built around a core platform designed to semiconductor industry standards
• Sample bath and scanner can be adapted to customer requirements.
• Scanning range: x = 460 mm; y = 460 mm; z = 45 mm
• Smallest pixel size 0.5 μm

• Low-maintenance, high-speed linear motor scanner
• Ultrasound frequency range: up to 400 MHz
• Equipped with a graphical user interface for ease of operation and flexible applicability
• Built around a core platform designed to semiconductor industry standards—incorporating cutting-edge production and research technologies
• A new master/slave concept enables arrays of two transducers—each with its own autofocus—for simultaneous image acquisition.
• Scanning range: x = 200 µm; y = 200 µm – 430 mm; z = 430 mm

• Low-maintenance, high-speed linear motor scanner
• Ultrasound frequency range: up to 500 MHz with a choice of analysis frequencies between 10 MHz and 400 MHz
• Designed as standard for a transducer
• Equipped with a graphical user interface for ease of operation and flexible applicability
• Built around a core platform designed to semiconductor industry standards—incorporating cutting-edge production and research technologies
• Different sample baths and sample holders are available depending on customer requirements.
• Scanning range: x = 200 µm; y = 200 µm – 420 mm; z = 420 mm
• ADC converter with 1 giga-sample ADC 
• optional 2.5/5 giga-sample ADCs are available
• Smallest pixel size 0.5 μm

Product Information