Discover our full range of high-performance bare permanent magnets, engineered for precision sensing, actuation, and industrial applications. This section features Samarium Cobalt (SmCo), Aluminum-Nickel-Cobalt (AlNiCo), Neodymium Iron Boron (NdFeB), and Hard Ferrite magnets, each offering unique magnetic properties suited for demanding environments. Whether you need high-temperature stability, strong magnetic force, or cost-effective durability, our bare magnets deliver reliable performance across automotive, medical, and industrial sectors.

• The BX2 Series of edge-lit backlights provides a highly diffuse source of illumination, packed within a thin and thermally efficient housing.
• The BX2 allows for configuration with polarization or collimation. A backlight configured with collimation is best suited for applications requiring a higher degree of edge clarity when imaging object silhouettes.
• This second edition of our edge-lit backlight series is more than twice as bright as previous BX and CX models.
• As with most planar backlight designs, this product is useful for edge detection, part location & orientation identification, presence & absence, hole detection and object gauging.

• Leverage dual-camera single-laser design to deliver exceptionally high 3D reproduction fidelity 
• Scan scenes quickly with profiling rates of up to 11,000 per second 
• Gain from unique embedded algorithms to generate consistent profiles, depth maps, or point clouds 
• Benefit from truly standard GigE Vision® interface to work directly with Zebra Imaging and third-party vision software 
• Simplify cabling with Power-over-Ethernet (PoE) support 
• Deploy confidently in tough industrial settings thanks to a solid IP67-rated2 aluminum housing and M12 connectors 
• Benefit from several fastening points to facilitate fixing one or more sensors to gantries and robots 
• Streamline sensor setup and verification via the Aurora Capture Works utility for Windows® and Linux®

Magnetic field strength position sensors use analog Hall effect technology to measure the intensity and polarity of magnetic fields with high accuracy. These sensors provide a voltage output proportional to the magnetic field strength, making them ideal for applications such as proximity detection, current sensing, and residual magnetism measurement. Available in fixed-gain and programmable models, they support a wide range of sensitivities and response times. With options for ratiometric output and internal voltage regulation, these sensors offer flexible integration into industrial, automotive, and electronic systems.

Low thermal reed relays are designed to switch microvolt-level signals without introducing thermal offsets or signal distortion. Ideal for use in transducers, high-end multimeters, thermocouple switching, and data acquisition systems, these relays ensure accurate signal integrity in temperature measurement and logging applications. Their low offset voltage performance makes them a superior alternative to semiconductor relays in precision environments.

• Up to 96 differential channels per full rack mainframe 
• Constantly monitor input signals for fault conditions 
• Flexible configurations for detecting edges, out-of-bounds conditions and measuring pulse widths 
• Inputs can be masked, inverted, and combined to produce interrupts 
• Can be used as a time stamp module and as a digital I/O 
• Programmable debounce circuitry prevents erroneous readings 
• 10 V and 100 V input ranges 
• On-board memory stores events with IEEE 1588 timestamps 
• Synchronize reading of input states with other scanned analog channels

EMI Measurements:

• FFT-based dual-channel receiver
• According to CISPR16-1-1
• Peak, Quasi-Peak, and Average Detectors
• Resolution Bandwidth Filters of 200 Hz, 9 kHz, and 120 kHz (CISPR), and 1 kHz and 10 kHz (MIL)
• The fastest receiver in the market: Line and Neutral measurements with the 3 detectors simultaneously (6 simultaneous measurements)

• Measuring device to detect the twist/lay/pitch length of sheathed cables
• Measurements according to the standards LV212 und LV122
• The twist length of the sample is measured without removing the sheath → this ensures a precise measurement
• Traditional methods manipulate the sample (cable stripping or unwinding of conductors) → a precise measurement is not possible anymore
• Via a PC connection, the measuring results can directly be exported
• Fully automatic: By clicking one button, the measuring sensor automatically moves along the sample

These sensors feature integrated flanges or screw holes for stable mounting on flat surfaces. Designed for rugged environments, they offer consistent performance in industrial, automotive, and automation systems.