Food and beverage technology is changing the global food and beverage industry from production to delivery. Consumer and market demand for sustainable and healthy products also means stricter regulations that promote safe consumption, sustainable package production, and effective recycling or disposal. These trends add up to a heightened demand for organizations in the industry to commit to testing protocols that ensure food safety, quality, and compliance with evolving standards. Facilities and manufacturers face challenges such as implementing advanced traceability systems, ensuring the safety and efficacy of new ingredients and packaging materials, and adhering to rigorous environmental regulations. Additionally, the rise of automation and digitalization in food production results in new challenges related to interoperability and cybersecurity. Testing facilities must adapt swiftly to support R&D efforts, ensuring the safe, efficient, and compliant production of innovative food and beverage products in a rapidly changing market landscape.

The latching / bi-stable (1 Form E) reed switch is a magnetically operated switch designed for ultra-low power applications, particularly in battery-powered and energy-sensitive systems. Unlike traditional reed switches, this bistable variant maintains its contact state, either open or closed, without continuous power, thanks to its dual-magnet latching mechanism.

The switch operates by using two permanent magnets: one partially magnetized to bring the contacts near each other, and a second magnet that controls the contact state by reversing its magnetic field. This design allows the switch to remain in either the normally open (N.O.) or normally closed (N.C.) state until actively changed, making it ideal for applications requiring stable switching with minimal energy consumption.

• Ultra-High Data Rate and Storage Capacity: Up to 16 Gbit/s and up to 64 TB
• Advanced Data Capabilities: On-Board Data Analysis
• Extended Configuration Flexibility: User-Configuration Canister Concept
• Integrated Telemetry Outputs: IRIG 106 Chapter 7 Support
• Full Spectrum of Interfaces: 10GigE, Video, Fiber Channel, ARINC 429, PCM, MIL-STD-1553, H.265 Video, Analog…
• Cybersecurity: Data-At-Rest Capabilities (encryption key management), Removable Secure Operational Disk (for extraction of non-volatile memory from system)

• For camera operation in up to 70°C ambient temperature without sun radiation
• Up to 50°C with 350W/m² sun radiation
• Permanent temperature control
• Good UV and ageing resistanc
• IP65 (camera enclosure)/IP54 (fan)
• 3" or 4" window for large lensesOther window materials avialable
• All Orca extensions and front lids incl. dome window usable
• With Orca extension with Meganova usable
• Only DC voltage required, easy handling
• Fully automatic operation, heating or cooling (depending on version)

• a fully integrated software platform
• maximum productivity due to intelligent tools
• maximum safety for the test vectors
• extended test depth for non-scannable circuitry
• combination of state-of-the-art test and programming strategies
• deep interaction and integration capability for other ATEs
• maximum modularity and scalability
• personalisation of the entire system (myCASCON)
• support during the entire product life cycle
• a portfolio containing more than 100 software tools and edition

• Calibration-grade metrology standards
• Used for VNA calibration and/or calibration validation

Fixed flush and fixed offset short circuit terminations (shorts) are used to establish reference planes in transmission systems and as key elements in the calibration of vector network analyzers (VNAs). Offset shorts can be used for banded calibrations of VNA. Those with the longest offset are often used to evaluate the calibration effectiveness of a VNA by measuring the effective source match after calibration.

• Automated Absolute and Additive (Residual) Measurements
• Real Time Cross Correlation
• Only analyzer available that allows actual noise floor measurement
• Unparalleled analog performance
• Repeatable data

The HA7162D Real Time Phase Noise Analyzer delivers proven accuracy, high reliability, automation and flexibility. The real time engine covers the full measurement bandwidth with extremely fast measurement speeds to reduce product development time and optimizes ATE manufacturing throughput.

• 600 mW optical output power
• Eye-safe according to laser class 2M
• 70° fan angle
• Connection via 5-pin plug (12-24VDC) or 110-230VAC power supply unit
• Manually focusable
• IP67 RATED
• Integrated TTL Modulation*

The ZQ1-MagicLine is the brightest eye-safe line laser in its class worldwide, setting new standards in industrial laser technology. With its unique combination of laser class 2M safety and 600 mW optical output, it ensures a bright and precise line even in the most challenging lighting conditions. Unlike conventional lasers, it remains clearly visible in bright environments, making it ideal for positioning tasks with widely varying light levels. Its green 520 nm wavelength is especially well perceived by the human eye, while the 70° fan angle creates long, uniform lines. Manual focusing further enhances flexibility, making the ZQ1-MagicLine the perfect solution whenever precision, visibility, and safety must align.