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The FISCHERSCOPE X-RAY 4000 is specially designed for coating thickness measurement and material analysis during strip electroplating processes. This measurement system has already been installed over 300 times in electroplating plants of diverse sizes. Because of the fast mechanisms for moving the measurement head, readings can be taken at various points on the product to be measured. The instrument's modular design enables targeted selection of the optimal X-ray source and the ideal detector to meet your specific requirements.

Our TruView Prime X-ray system enables non-destructive inspection of hidden or internal features that optical systems can’t reach. X-rays pass through the PCB and the components, creating detailed images of internal structures such as BGA solder balls, bottom-terminated components, through-holes and multilayer board interconnections. This makes it possible to detect voids, insufficient solder, internal cracks, misalignments and hidden bridging.

We have a range of inspection tools, including a new state of the art Nordson Dage Quadra 3 x-ray machine. All of our inspection of electronics is non-destructive, meaning your products may be re-used, reworked, or repaired – rather than wasted. Should we find defective products, we offer consultancy services, Track Repair and other PCBA rework, repair and modification services, all in line with IPC standards. Most of our inspection equipment is available for hire to use yourself. Training will be provided where needed. Alternatively, we are happy to take delivery of your products to inspect on your behalf, with the option of a full IPC compliant report. We have supported the electronics industry for many years with our non-destructive electronics testing and inspection, with our x-ray inspection proving pivotal in the manufacturing and production of many electronics assemblies. We’ve supported with prototypes, potted boards, multi-layer products, cable and wire harnesses, large volume batches, RF filter void analysis, plus many more.

The main application of the instruments from the XAN® range is coating thickness measurement and analysis of gold and other precious-metal alloys. Products in this range stand out through their ease of use and advantageous price-performance ratio. In addition, detectors, apertures and filters can be adapted according to requirements, so that the optimal measurement instrument is available for every material composition.

Handheld, desktop, inline: the XAN®500 X-ray fluorescence instrument is Fischer’s most versatile yet. It can be used as a handheld device, as a fully enclosed desktop unit or integrated directly into production lines. Equipped with a tablet computer, the XAN500 also utilizes the time-proven WinFTM® software. Besides the classic coating thickness measurement functions, WinFTM also provides fundamental parameter analysis. This makes it possible to measure without prior calibration – that is, standard-free.

With motor-driven axes (optional) and measurement direction from top to bottom, the measurement instruments from the XDL® range enable automated serial tests. A variety of versions – differing in their X-ray source, filter, Aperture and detector – make it possible to select the X-ray device with the configuration that best suits your specific measurement task.

Measurement instruments from the XUL® series are the solution of choice wherever the need is to determine coating thicknesses quickly and very precisely in electroplating or electronics manufacturing. The X-ray fluorescence instruments measure from bottom to top, enabling easy positioning of samples on the measuring stage. All X-ray instruments in this range are equipped with the same detector. You can choose apertures, filters and X-ray tubes according to the individual measurement task.

Developed over a 2-year period working exclusively with the UK’s Ministry of Defence (MoD), Ecotile has created a new ultra-low resistance, modular electro-static discharge flooring solution for use in explosives processing facilities and areas where static shocks could be lethal. Ecotile’s new specialist dissipative tile has been designed to meet the MoD’s Conductive Regime – a protocol required in areas where small static charges can cause OME (Ordnance, Munitions and Explosives) with ignition energies of 1mJ and below to ignite. So that static can be dissipated rapidly and safely, the Conductive Regime requires flooring to have less floor to earth resistance than civilian ESD flooring. Reviewed and tested by the MoD Defence Ordnance Safety Group (DOSG) in an Ammunition Process Building (APB), Ecotile’s new modular conductive flooring system delivers an average surface resistivity of 26.4KΩ. Perfect for use across the defence estate: - Explosives processing facilities - Ammunition Process Buildings - Use in Explosive Category C & D licenced buildings The DOSG highlighted in their technical assessment document that modular floors also offer some significant advantages when compared to other currently approved MoD ESD surfaces: - Currently, when sections of approved flooring are damaged or fall outside of tolerance, large sections of floor must be replaced, or the entire floor - Replacing large sections of floors is a costly and disruptive event - Modular floors offer the ability to interchange one damaged tile with another in a matter of minutes and return the building or work area to compliance quickly - Modular ESD tiles minimise disruption or downtime of an MoD asset whilst providing a significant financial saving

Ecotile’s 10mm ultra heavy-duty interlocking floor tiles are exceptionally tough. Our thickest tile, the X500/10 can easily withstand heavy loads, high traffic movements, and the rigours of industrial use. Save time on rectifying minor subfloor undulations with our 10mm tile – perfect for areas where subfloors are more uneven and worn. Engineered for Industry. By Us. Our 10mm floor tiles are designed and manufactured by us in Bedfordshire. So, you can be sure they’re made to the highest specification and built to endure exceptionally heavy wear. -Extremely tough and hard-wearing -Excellent resistance to impact and vibration -Protects subfloor from damage -Insulates against cold and damp -Noise dampening -Minimal floor preparation -Improve employee comfort and the aesthetics of your facilities -Ultimate Floor Covering. Installed in Hours. As with all Ecotile Floor tiles, our 10mm tiles are designed to be loose-laid. So, they’re quick and simple to install in just a few hours. Perfect for businesses who can’t afford to stop. They can be fitted in sections, allowing you to continue operation during installation. Choosing Ecotile means you can avoid the cost of continually repainting or repairing damaged and worn concrete. Especially prudent when leasing premises. Simply cover and protect your subfloor with Ecotile, and it’ll serve you well for 20+ years. Next Level Floor Protection. Covering worn subfloors with Ecotile reduces slips and trips. Not to mention preventing forklift accidents on uneven and crumbling floors. A fire-retardant rating of Bfl-S1 class 1 and an R10 slip rating enhances safety in industrial premises. The 10mm tile is ideal for use in areas where heavier fork trucks, aisle stackers or narrow aisle trucks operate. Or where HGVs will be executing tight manoeuvres or rotating wheels whilst stationary. We’ve also installed them in aircraft hangars.

XC65DX The XC65Dx Cross Scanner utilizes three laser stripe scanners in one sensor. The three lasers are spaced 120 degrees apart and observe the part in question from three angles. By doing this, the XC65Dx can acquire the same amount of data with just one scan than a line scanner would do in three scans. This feature makes the XC65Dx well suited to feature inspection of slots, holes and grooves in sheet metals or items with a large complex surface area. It is often used in automotive BIW (Body-in-White) inspection, gap & flush and driveline casting inspection. Whilst the long standoff Cross Scanner retains the many advantages of the original XC65Dx, it also excels in dealing with accessing difficult-to-reach or obscured areas. By capturing geometries up to a distance of 170 mm (7.1”), the scanner gains optimum access to cavity surfaces of body-in-white structures or can scan over the clamps that hold components in position. For these reasons, the XC65Dx is used a lot on horizontal-arm CMM in the automotive industry.

The MEAN WELL XDR-E Series is a compact DIN-rail AC/DC power supply range, covering 75W up to 960W across multiple output voltages (12V, 24V, 36V, 48V). It supports a wide 85–264Vac single-phase input and is designed for space-efficient installation with ultra-slim widths (as little as 30mm for lower-power models, up to 96mm for 960W). With efficiencies of up to ~96% and low no-load power draw, the series supports energy-efficient panel designs. The fanless and natural-convection-cooled enclosure helps reduce maintenance and improve reliability. The operating ambient range spans from –40°C to +70°C (derating required above certain thresholds). The XDR-E Series is certified for Over-Voltage Category III (OVC III) and carries global approvals (CB, UL, CE, UKCA), making it suitable for a wide range of industrial and building-automation applications. Standard protections such as overload, short circuit, over-temperature and over-voltage are included, and a DC-OK relay contact is provided for system monitoring. With multiple output voltage options, compact footprint and robust spec, the XDR-E Series delivers a clean, reliable AC/DC power solution for modern control panels, machine-building and infrastructure installations.

The models of the XDV® series are the most powerful X-ray fluorescence instruments in the Fischer portfolio. They are equipped with a highly sensitive silicon drift detector (SDD) and can further be fitted with different apertures and filters. Additionally, XDV-µ instruments come with a micro-focus tube. This makes them ideal for very demanding measurement tasks. Using XDV devices you can, for instance, analyze the thickness and elemental composition of coatings just 5 nm thick and test structures of just 10 µm.

These quartz crystal oscillators with HCSL, LVDS or (LV)PECL output are particularly suitable for the interference-suppressed transmission of fast data streams with low interference. • Frequency up to 320.0MHz, • Differential output HCSL or LVDS or (LV)PECL, • Interference-suppressed transmission with low interference, • Stability up to ±25ppm, • Ceramic-metal housing 3.2x2.5mm (3225) or 7.0x5.0mm (7050), • Operating temperatures up to -40°C ~ +85°C, • RoHS and REACH-compliant, 100% lead-free, conflict minerals free.

The MEAN WELL XTR Series brings together the 240W, 480W and 960W three-phase DIN rail power supplies into one compact, ultra-slim industrial platform designed for stable operation in demanding environments. All models accept a wide 320–600Vac three-phase input, offer selectable 12V, 24V, 36V and 48V outputs with adjustable ranges, and deliver efficiencies up to 96% while keeping no-load power consumption below 2.5–3.1W depending on the model. Across the range, the fanless metal enclosure and narrow 48–96mm casing help save panel space and support long-term reliability, backed by an operating temperature range of -40°C to +85°C (up to +60°C at full load). Each unit provides constant-current limiting and peak power capability between 150–200%, giving headroom for inrush and dynamic loads without oversizing the system. The XTR-480 and XTR-960 add parallel function capability for systems up to 3840W, along with built-in DC OK signalling and ORing FET for redundancy and power continuity. Ultra-low inrush current (<10A), comprehensive protection features, conformal-coated PCBs, and OVC III compliance help ensure dependable performance in industrial control, automation, power distribution and infrastructure applications. With multiple terminal block options, full safety certifications and a unified 5-year warranty, the XTR Series offers a space-saving, highly efficient and robust DIN rail power solution for modern three-phase industrial systems.

5 Axis Universal Machining Centre Spindle: 25.7kW (35hp). 12,000 rpm (15,000 optional). Table Size: 400mm. Travels: 800 x 600 x 510mm.