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The longer your electronic components sit unused, the greater the risk of parts becoming obsolete and losing resale value. With our excess inventory solutions, we can help you turn your unused electronic components into tangible revenue, maximizing their recycling value.

DKL Metals provides a professional in-house laboratory solder analysis service to protect and optimise your soldering process. Regular analysis ensures your solder bath maintains optimal conditions, prolongs its usability, and helps you maintain consistent quality. Why Solder Analysis Matters Solder can inadvertently pick up impurities from other metals during the soldering process, which disrupts the material's characteristics and performance. Contaminants like copper and lead affect solder joints and overall assembly quality. - Protect Your Process: Monitoring critical elements ensures a smooth and controlled soldering process. - Ensure Quality: Regular testing verifies the solder remains reliable and performs as required. - Receive Expert Advice: Upon analysis, we can advise remedial actions to get your pot back into specification. Our Simple Process You can send your solder samples to our in-house laboratory for prompt analysis. We also offer sampling kits with clear instructions to ensure you prepare your sample correctly. Get in Touch To arrange your solder analysis or request a sampling kit, contact our expert team today.

Export From the UK to the EU with Plastek UK’s Dedicated Export & Logistics Team Navigating post-Brexit exports can be challenging, but with Plastek UK, it doesn’t have to be. As a leading plastic manufacturing company, we ensure that your goods are not only produced to the highest standards but also delivered smoothly and efficiently to any destination within the EU. Our expert team manages the entire export process, so you can focus on your business. For more information please contact uksales@plastekgroup.com

Next Generation of Shop Floor Hardened, Non-cartesian CMM, Winner of the 2024 Kings Award for Innovation! True to Aberlink's heritage for innovation, the Extol is the world's first CMM to utilise a delta mechanism. Designed for robustness and reliability, the Extol CMM will run around the clock making it ideal whether it is positioned next to a machine tool, in a manufacturing cell, or used in a dedicated inspection area. Five temperature sensors monitoring both the machine and ambient temperature ensure that the Extol is capable operating in uncontrolled environments and reporting measurements as though they had been taken at 20°C. The software will also produce a warning should the temperature be changing at a rate that is not conducive with reasonable metrology practice. Robust, accurate and reliable, the Extol CMM is the perfect solution to automatically verify part quality for critical components.

Extractable Stepped Dowel Pins for accurate alignment of composite moulds. Designed for use with Boneham components. Prevents resin running into the bush. Uniformed thread size across the range. Size marked for easy identification.

A very low solids content, halogen and resin free, alcohol based no clean flux. Offered as a re-work flux provided in nib-push re-work pens and supplied as bulk in bottles. SK F3-15 leaves a minimum non tacky or greasy residue and is recommended for no clean soldering when a J-STD 004 flux type ORL0 is considered acceptable for the assembly end use specification. Benefits Halogen Free, No Clean RoHS & REACH Compliant Re-work and assembly use Very low solids, very clean results Suitable for Lead Free applications

Solderking SK F8 is a superior water-based, VOC free flux designed for lead free wave and selective soldering operations. SK F8 leaves the absolute minimal of non-greasy and non-tacky post soldering residue. Tested to Industry standards including J-STD 004 flux type ORL0 Benefits VOC Free, No Clean flux Powerful wetting on all board finishes Water-based, non-flammable Exceptional cleanliness Wide process window Sustained activity for dual wave Superior hole fill No solder balling Rosin / resin free, non-tacky RoHS and REACH Compliant Excellent soldering results with all lead free alloys

We provide the complete service, including cutting, bending, welding and assembly. Metal fabrication is a process that forms metals into a desired shape using various production methods. We produce small components like metal brackets and more complicated products like manifolds or custom impellers. We offer a range of services, which includes metal stamping and pressing, sheet metal folding, metal tube/wire forming, metal cutting, and welding. We have a range of post-process operations, including grinding, polishing, sandblasting, and assembly. We can complete the product with a range of surface finishes, including spraying, anodising, electroplating, and electro-polishing. Common materials include aluminium, stainless steel, titanium, and carbon steel. All products are produced and tested in accordance with detailed drawings and inspection criteria. A unique part of our offering is our Impeller offering. We offer impeller crimping and automatic welding, automated stamping and insertion, dynamic balancing, and strength testing.

FADOS Multiplexer Module uses for testing and checking electronic circuit boards. Check and create VI graph of 96 or more electronic circuit points in a while. ATTENTION:FADOS MUX Module works with FADOS9F1 together. FADOS9F1 for MUX software is different than standart FADOS9F1. FADOS MUX is not suitable to standart FADOS9F1.

Usage of FADOS7F1: Determining faults of all types of electronic cards such as electronic cards of medical devices, textile and any other machines; automobile electronics; computer, monitor, TV, etc. Electronic Components Test: IC, transistor, FET, IGBT, resistor, capacitor, indicator, ect. This device is used to determine the faults at all these electronic components. Usage: FADOS7F1 is a double-channel VI tester. While using TEST feature, comparison can be applied without giving energy to card; while using OSCILLOSCOPE feature, energy is given to card and signals are controlled. Usage1: One of the channels is connected to the chassis of the solid card, other channel is connected to the chassis of faulty card. Same points are touched by both channels. Cards are compared by touching probes to the same points of both cards. If both VI graphics are the same, touched points are solid. If not, VI graphs do not collide one another, and this means the faulty point is found. Usage2: Different points of solid card can be recorded to memory. These recorded data is, then, opened and used in order to determine the faults on faulty card. Usage3: Without solid card or recorded data, faulty components can be found by looking at the VI Graph. All components have different graphs; having some experience, user will find the faults just by looking at graphs without comparison.

FADOS (FAult Detector OScilloscope) Products have been especially developed to determine and troubleshooting faults at all type electronic circuit boards.

Our dedicated Field Application Engineer (FAE), Matt Surman, is at your service. Matt brings a wealth of knowledge and expertise to the table, and he is ready to assist you in achieving your design goals. Whether it's technical guidance, troubleshooting, or simply sharing best practices, Matt is here to ensure your success. Feel free to reach out to Matt at matt.surman@ncabgroup.com. He will be more than happy to assist you with any design-related queries or concerns you may have.