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Ensuring that every product meets stringent quality and regulatory requirements is a key part of Flambeau Europe’s turnkey service. Our Sampling and PPAP (Production Part Approval Process) capabilities provide a structured, evidence-based approach to confirm that parts can be consistently manufactured to specification. We begin with sampling, producing initial runs under actual production conditions. These sample parts allow customers to assess form, fit, function, and aesthetic quality, while our engineers evaluate process parameters and tooling performance. Early identification of potential issues helps prevent costly delays and ensures the product is optimised before full-scale production. Following sampling, the PPAP process formalises validation. This includes dimensional reports, material certifications, process flow documentation, and capability studies, giving customers traceable assurance that all design, material, and production criteria are satisfied. PPAP is particularly valuable for sectors such as automotive, medical, and consumer goods, where regulatory compliance and consistency are critical. Integrating sampling and PPAP into our full-service offering streamlines approvals and builds confidence in production readiness. Customers benefit from a clear, documented pathway that demonstrates quality, reduces risk, and supports reliable supply. 𝗞𝗲𝘆 𝗯𝗲𝗻𝗲𝗳𝗶𝘁𝘀: • Validated quality: Confirmed compliance with customer and industry standards. • Early detection: Identify and resolve issues before mass production. • Traceable assurance: Full PPAP documentation for regulatory and quality requirements. • Process optimisation: Sampling informs tooling and process adjustments. • Production confidence: Reliable, repeatable performance across batches.

We have a wealth of experience in sand casting and produce products used in various market sectors and industries. We are a production partner who engages with our clients to provide a high-quality, competitive solution. We can support your sand-casting project and are highly skilled in providing complete turnkey solutions. We can provide a sub or full assembly service incorporating your sand-casting design.

Discover reliable, high-performance motion control and cooling technologies from SANYO DENKI, available through HUB Electronics. Renowned for exceptional efficiency, durability, and engineering excellence, SANYO DENKI fans and stepper motors are trusted worldwide in industrial automation, medical technology, data centres, renewable energy, and advanced electronic systems.

DC Axial Long life and IP 68 Waterproof Fans Sanyo Denki Waterproof Long Life Fans are designed to operate reliably for over 20 years, and are ideally suited for equipment that must operate without maintenance in wet or dirty environments for extended periods. Applications such as remote communication cabinets, industrial equipment and outdoor applications such PV invertors can benefit from the high reliability and IP68 protection of these fans, which offer lifetime of 100,0000 to 180,000 hours at 60 degree C (depending on fan size). The improved life time is a result of a high quality metal frame construction, an uprated drive circuit and careful design of the fan structure to reduced the heating of the dual ball bearings. The IP68 rating is ensured by using an encapsulated motor and fully sealed cable outlet Long life waterproof fans are available in wide range of standard sizes to cover most application requirements Axial fan Frame sizes : 40mm, 60mm, 80mm, 92mm, 140mm.

Sanyo Denki Stepper Motor Drivers for Easy Integration Micro stepping stepper motor drivers allow efficient precise motor control for drive currents up to 4A with bipolar schemes and 24V drive voltages. The latest F2BFD drivers offer improved performance over the existing BS1D200 series with a 2A and 4A version that double the high speed torque to help reduce the cycle time of equipment, whilst substantially reducing vibration for smoother positioning and lower noise. The 4A version is further enhanced by a PC software based configuration tool to accurately set the IO signals, record maintenance timing notifications and easily select the optimal drive current value.. The new drivers are suitable for use with a wide range of 42m, 56mm ,60mm and 86mm drivers with step angles of 0.9 or 1.8 degrees and drive currents up to 4A per phase.

Two Phase Stepper Motors 42mm to 60mm NEMA 17 to 24 Sanyo Denki SANMOTION standard stepper motors offer precision control for applications such as instrumentation, medical electronics and machinery. There a choice of unipolar (6 wire) or higher efficiency bipolar (4 wire) winding arrangements and a choice of single or dual shaft versions, as well as 1.8degree and 0.9 degree step angle and a flat pancake more versions The newly developed SF24 Series 42mm motors use the latest technology to deliver higher torque than traditional motors and are available in four different depths the most powerful version offers holding torques of 0.58Nm which is similar to that of many 56mm motors – so giving the opportunity to downsize equipment with a more compact motor. Similar the new SM256 56mm motors also utilise the latest technology and have been designed to offer a high torque comparable with 60mm motors. There are huge range of option in the SM256 including 1,2,3,4 and 6A phase current for design flexibility Frame sizes 42mm, 50mm, 56mm and 60mm Pancake motor from sizes 42mm and 50mm Best in class holding torques for motor size Unipolar and bipolar drive schemes Single and dual shafts Wide choice of drive currents Matching stepper motor drivers Optional motor customisation service for shafts, cables and windings.

Micronel dc blowers save space, energy and money compared to other air sources such as bulky side channel blowers and compressed air systems. Saving energy not only conserves resources but is also good for the balance sheet. That is why machine and plant manufacturers as well as production companies rely on Micronel high-performance blowers in process control and automation applications. The reliable high-tech solutions enable new and more efficient application possibilities and promote independence in comparison with previous compressed air systems. Thanks to their very small compact sizes, Micronel blowers are suitable for decentralised installations and can be placed adjacent to the relevant process reducing pressure losses incurred in long air supply lines and allows flexible installation without the need to install or relocate air lines. Dynamic blower control allows air supply to be called up as on demand as required, increasing the efficiency of the application. Here is a simple example: compared to a conventional Air-Knife compressed air application, with an annual consumption of 60000 m³ air volume, a Micronel Radial Blower U100H4 (pressure 165 hPa, flow volume 820 l/min) with a power consumption of 100 watts pays for itself in energy savings after only half a year. The performance and cost savings of the blowers is particularly evident in applications such as drying and cleaning processes, where high pressure and a considerable volume of air are constantly required. Micronel blowers are also extremely advantageous in suction and extraction processes, such as pick & place processes or vacuum holding or conveying technology.

Maintaining and upgrading existing touchscreen systems is becoming a growing priority for many businesses. If you’re facing challenges with discontinued or hard-to-maintain SAW models, or costly PCAP open-frame touch displays, General Touch provides seamless, reliable and cost-effective replacement solutions. As an authorised partner, UDISYS offers purpose-built Rear Mount Touch Monitors in a wide range of sizes - SAW from 15” to 27” and P-CAP from 10” to 32” - with versatile features to meet your needs. Thanks to their high compatibility, transitioning to these solutions is smooth, hassle-free and budget-friendly. Come and speak to the team on Stand L95 to discuss your project and how we can help!

PA PP POM PK ABS SAN ASA Conductive compounds, Regranulate, PCR

Scienscope- X-Ray Component Counter The Scienscope AXC-800 III X-Ray Component Counter makes inventory management and component counting fast, accurate and easy. Simply place reels in the system, close the door and the count begins automatically. This component counter features an internal smart camera which eliminates the need of manual barcode scanning. It also automatically prints the correct label for the removed reel. The AXC-800 III X-Ray Component Counter helps you save time, save labour, save money and avoid the dreaded “line down” scenario due to lack of a component.

At Broxton, our in-house, purpose-built screen print facility significantly reduces manufacturing lead time and costs while ensuring unrivalled print quality. The dedicated dark room for screen production guarantees high-quality screens are always available, enabling precise and consistent results. Our setup is ideal for printing on both flat panels and deep 3D parts, using two-pack resin inks that are stoved for a durable finish. Our highly skilled personnel are experienced in printing all kinds of electronic enclosures and panels, making our process perfect for branding products and connector identification. Each part undergoes 100% inspection to meet our Make It Perfect quality standard, ensuring exceptional results on every batch.

• EMI/EMC shielding • up to 99% optical • Self-wrapping shielding High performance EMI/EMC screening braids, including lightweight high strength copper alloy versions.

The DEPRAG Screw Dispenser is designed and optimized for use in manual workstations, ensuring efficient and reliable screw supply. It accommodates screws with a maximum head diameter of 12 mm and lengths of up to 30 mm (small version) or 60 mm (large version). How It Works Screws are automatically delivered from the feeding system into the dispenser container. When the operator reaches into the extraction area, an optical sensor detects the hand and activates the slide opening, allowing screws to fall conveniently into the operator’s hand. Key Advantages Reliable Processing – Supplies the correct number and type of screws, minimizing errors and improving process reliability. Flexible Integration – Can be combined with various DEPRAG feeding devices to deliver up to three different screw types. Technical Cleanliness – When paired with the DEPRAG Particle Killer, the system ensures maximum cleanliness and product quality. Ergonomic Design – Delivers screws directly to the point of use, reducing handling time and operator strain. Would you like to learn how a DEPRAG Screw Dispenser can optimize your assembly process? Contact our experts today for tailored advice and system integration support.