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Gold, Silver, Platinum

Machine parts with precision and tight tolerances.

Wire EDM (Electrical Discharge Machining) allows precise machining of the hardest components and complex geometrics where CNC machining is difficult to achieve. The team has over 30 years of combined experience in manufacturing highly accurate parts including: Automotive | Motor sport | Toolmaking | Aerospace | Medical implants and instruments | Food processing

For nearly 40 years H V Wooding has specialised in Wire Erosion / Electronic Discharge Machining, where we have developed the highest levels of expertise to become true market leaders. Ongoing investments into our Wire Eroding services mean we remain at the forefront of this technology. An Electrical Discharge Machine (EDM) is utilised in a manufacturing process widely used in the precision cutting of components for various industries including electronic manufacturing, medical, aerospace and military sectors. The process consists of the creation of an electrical spark to precisely cut complex, detailed and smaller shapes that wouldn’t be possible with conventional cutting machines. H V Wooding produce a varied scope of wire eroded components from prototyping and small batches for F1 to volume production for multinationals across sectors including Aerospace, Medical, Research, Automotive, Electric Motors, Electric & Hybrid vehicles & Defence. We have expertise in motor laminations via Electronic Discharge Machining (EDM) – in the form of individual pieces and pre-bonded stacks.

We use the latest cutting, stripping, and terminating technology to deliver precise, cost-effective wiring harnesses and cable assemblies.

A wavefront sensor that characterises nanometer range transparent or reflective samples through phase data acquisition.

State-of-the-art SMT manufacturing with 8 lines, advanced inspection, and ISO Class 6 clean room facilities.

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.

At Active-PCB Solutions, we are committed to delivering the highest quality standards for Printed Circuit Boards (PCBs) by incorporating advanced inspection and testing methods. One of the most crucial steps in our quality assurance process is X-Ray Testing of PBCs. This powerful, non-destructive inspection method allows us to detect hidden defects in PCB

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.