UV curing is a photopolymerization process in which UV energy is used to solidify liquids. UV LED curing systems are now the technology of choice across a wide range of applications including printing, 3D printing, coatings, and adhesives due to the inherent value of an LED solution. They offer vastly improved lifetimes, reduced maintenance costs, significant energy savings, and with no ozone emissions or mercury content, offer more benefits than traditional technologies. In addition, the “cold cure” offered by LED-based systems is ideal for heat-sensitive substrates or thin films.

• DC - 200 kHz bandwidth DC
• MHz (small signal -3 dB)
• Output voltage ±75 Vpk
• Rise / fall time 100 V/µs
• USB interface standard, LAN optional
• Analog control input 0 ... ±10 V for control of voltage and current
• Monitor outputs for measured voltage and current values (not all models)
• Modularly extensible via master-slave mode
• Parallel and Series Connections for two or more units

Dual In-line Package (DIP) Photo-MOSFET relays offering easy through-hole mounting and robust performance. Commonly used in industrial control, security systems, and test equipment.

Intrinsically safe reed relays and optocouplers are engineered for use in hazardous environments where ignition prevention is critical. Certified to ATEX standards and tested to ensure they do not become ignition sources, even in the presence of short circuits or adjacent component failures—these components are ideal for applications in explosive atmospheres such as mining, chemical processing, refineries, and power stations.

Designed to meet EN50020 safety standards, these relays and optocouplers feature tightly controlled air and creepage paths, high dielectric strength, and low-voltage coil inputs. With a maximum peak voltage of 375 V across input and output, and isolation distances up to 10 mm, they ensure safe operation under overload conditions. The Comparative Tracking Index (CTI) of the plastics used exceeds 175, and internal potting compounds provide additional insulation for long-term reliability.

Relays engineered to handle voltages above 600V, providing safe and efficient switching for power systems, energy storage, and high-voltage instrumentation.

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.

Reed position sensors offer a versatile and contactless solution for detecting movement and position using magnetic fields. Built around a reed switch mechanism, these sensors operate by opening or closing in response to a nearby magnet, enabling precise and repeatable switching. Available in a wide range of sizes, mounting styles, and electrical configurations, they are ideal for applications in industrial automation, medical devices, fluid level monitoring, and consumer electronics. Their solid-state design ensures long operational life, resistance to shock and vibration, and compatibility with low-voltage systems.

• Simplify cabling between cameras and vision computer through PoE support 
• Facilitate multi-camera configurations with two or four Gigabit Ethernet ports 
• Trigger multiple cameras simultaneously and reliably using hardware-assisted trigger-over-Ethernet (ToE) 
• Synchronize to automation devices in real-time through digital I/Os with hardware-assisted management 
• Deploy pre-licensed for GigE Vision support in Aurora software, formerly Matrox Imaging Software 
• Avoid the need for a separate hardware key through a license fingerprint for additional Aurora software features 
• Certified for use with GigE Vision systems

General purpose reed relays offer reliable and flexible switching solutions for a wide range of applications across industries such as automated test equipment (ATE), medical devices, industrial systems, and telecommunications. Built around high-quality reed switches capable of billions of operations (load dependent), these relays deliver consistent performance in both low and moderate power environments.

Available in multiple sizes and configurations, including single and multi-switch designs, these relays support SPST, SPDT, and latching contact forms. Popular models feature dual-in-line (DIL/DIP) pin-outs, low-profile options, and high insulation resistance versions up to 10¹³ ohms, making them suitable for compact PCB layouts and high-isolation requirements. Whether you need a single relay or a multi-channel solution, these relays provide dependable switching in versatile formats.