Structured support to take complex electronic products from prototype through industrialisation and into production.

The Aero-CARB 2 Flute Double Margin Diamond Coated Drill is a CVD diamond-coated carbide drill built for drilling highly abrasive, non-ferrous materials, including CFRP (carbon fibre), graphite and aluminium-silicon alloys. Its double margin geometry supports straighter holes and better surface finish, while the CVD diamond coating keeps the cutting edge sharp far longer than standard carbide. The result is cleaner, more consistent holes and fewer tool changes across a full production run.

Precision Redefined: the Power of Laser Projection and AI-Inspection Automating inspections can help manufacturers improve efficiency, reduce errors and ensure consistent high-quality production. See the technology in action on Virtek Stand V140 • Enhanced API: Unlock superior interactivity, control, and access to production data seamlessly with your existing software. • AI Neural Network: Premier detection technology with results in under 3 seconds. • Versatile Camera Placement: Position cameras exactly where needed. • Accurate Detection: Spot ply backing paper as small as 0.25x0.25 inches up to 9 feet. • Real-Time Live View: Address issues before they escalate. • Comprehensive Process Monitoring: Digitize and review post production builds for flawless results. Elevate your quality control and manufacturing efficiency with unmatched inspection.

New IRIS AI Camera for NEW Process Monitoring   Capture digital images in high definition at each assembly stage, establishing a continuous record of the build process Envision the future of automation on the manufacturing floor The new IRIS Ai-enabled Camera offers: • Detailed reporting created for quality assurance • Digital Data stored for permanent quality records • Verify part process completion • Capture data analytics for every single part built Add on to existing Virtek Laser Projection Systems.

Gain practical insights on circuit design, embedded systems, PCB manufacturing, test & measurements, advanced electronic components and more. Understand how electronics and semiconductors impact wider manufacturing, including trade-offs in cost, lead time, design and manufacturability when electronics are part of the product.

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NEX[DAQ] is the flexible “everyday tool” for all test and validation engineers and troubleshooters. Small, compact and very rugged: the 8-channel NEX[DAQ] with analog, universal inputs and a great price-performance ratio. When connected to the USB-C or Ethernet interface of any computer, the NEX[DAQ] becomes a powerful measurement system for analog, digital, counter and CAN-bus data acquisition. The included measurement software OXYGEN ensures easy and quick setup of the NEX[DAQ]. Just plug & play to start the gapless data recording. Customise the software according to your measurement tasks by defining different screens and views. OXYGEN offers many standard features such as FFT analysis, visualization, analysis & post-processing, triggers, events, math, calculation, creation of meaningful reports (e.g. as PDF) and advanced features such as order or power analysis, efficiency maps, swept sine analysis, etc. The NEX[DAQ] data acquisition system is distributable. If 8 channels are not enough, multiple NEX[DAQ] units can be daisy-chained to a multi-channel system at any time. A single cable is sufficient for data transfer and synchronization via Ethernet PTP/IEEE1588.

Nicab is a perfect example of how small engineering and manufacturing businesses at Silverstone Park can thrive. Since locating to the campus, the company - which niches in manufacturing high-end cable assembles for harsh environments - has expanded from 18 to almost 30 staff. Investment in cutting-edge equipment has increased productivity to meet demand for its products from sectors such as medical, aerospace and entertainment. Fact: cabling produced inside Nicab's premises at Silverstone Park is used to power and light up Las Vegas's spectacular Sphere building. Nicab is also winning awards for its development in skills with young people and for the way it cares about its staff.

The NimbleTrack Wireless 3D Scanning System offers a high-precision, wireless solution designed for dynamic measurements. With features such as a built-in battery, advanced edge computing for 120 FPS scanning, and target-free operation, it ensures efficient and accurate scans in challenging environments. Ideal for professionals needing precise measurements in tight spaces or larger components, the system supports multiple file formats and emphasizes reliability and ease of use. Explore the future of 3D scanning with NimbleTrack's unparalleled accuracy and autonomy.

Nomex® honeycomb is a non-metallic structural core manufactured from aramid paper impregnated with phenolic resin. It offers an outstanding strength-to-weight ratio, excellent stiffness and high fatigue resistance, making it an ideal solution for high-performance composite structures. Its excellent electrical insulation properties, together with its resistance to corrosion and moisture, make Nomex® honeycomb particularly suitable for demanding environments where durability and reliability are essential. Available in both commercial (SC2) and aerospace (SC1) grades, it is compatible with a wide range of composite manufacturing processes and can be supplied in different cell sizes and densities to meet specific design requirements. Typical applications include aerospace, defence, railway, marine, automotive and other high-performance industrial sectors.

Non destructive testing (NDT) is the process of inspecting and testing components for discontinuities, or defects without altering or affecting the part in any way, with this when the inspection or test is completed the part can still be used. Magnetic Particle Inspection: Magnetic Particle Inspection uses a magnetic field to locate surface and near-surface discontinuities in ferromagnetic materials. When very fine ferromagnetic particles are applied to the surface of the part and the magnetic field encounters a discontinuity the particles will be drawn into the discontinuity, producing a visible indication on the surface of the part. Florescent Penetrant Inspection: Florescent Penetrant Inspection uses a very low viscosity fluorescent liquid which is applied to the surface of a part, it penetrates into defects on the surface. Once the excess penetrant is removed, the penetrant trapped in those defects will flow back out, creating an indication which can be seen under black light. Penetrant testing can be performed on magnetic and non-magnetic materials, but does not work well on porous materials. Nital Etch Inspection: Nital Etch Inspection is a test to determine if heat has been induced to a hardened steel component by machining, grinding, or other means, which will adversely affect the properties of the component. Under certain circumstances machining and grinding can introduce sufficient heat into a component to “burn” its surface. This is generally caused by local overheating and can produce undesirable changes in the metal’s properties. If an area is overheated, it will appear darker than the surrounding after etching.

This includes: Liquid Penetrant Testing, Ultrasonic Flaw Detection, Radiography, Relative Magnetic Permeability, Ferrite Determination, Electrical Conductivity Measurement and Coating thickness checks.

In one seamless platform, the NORTEC™ 700 brings conventional ECT and advanced ECA within easy reach.