497 results found
    1. Hairstyling and High Temperatures: Material Technology in the BabylissPRO Flat Iron

      Hairstyling and High Temperatures: Material Technology in the BabylissPRO Flat Iron

      Did you know that a professional hair straightener can reach up to 230 °C? At such temperatures, every detail matters: the materials used must offer thermal resistance, dimensional stability, and, at the same time, safety for the end user. This is the starting point of the Stilista flat iron project from the BabylissPRO line, born from the collaboration between Conair and LATI, an Italian leader in high-performance thermoplastic compounds.

    2. Have you ever received a corroded component in your work area and immediately blamed the previous process or person for this issue?

      Have you ever received a corroded component in your work area and immediately blamed the previous process or person for this issue?

      There are a whole host of situations where corrosion can occur whether this is during long-term storage, transportation, exposure to high humidity, poor handling or not adequately protecting clean products. It is possible for clean metal components to start to showing signs of corrosion after only a few minutes, this may not be obvious initially but could become so further through the process route and maybe several stages later.

    3. Helping SMEs overcome challenges

      Helping SMEs overcome challenges

      For many small and medium-sized engineering companies, the early years are about finding the right spaces and events where they can connect with potential collaborators and customers who understand the value of niche expertise. So, how does a cluster help its largely SME membership bridge the gap to bigger opportunities and build a lasting presence? Here’s how what began as an exploratory step has since developed into a long-standing relationship between Silverstone Technology Cluster (STC) and leading engineering and manufacturing exhibition, Advanced Engineering. When the STC started out in 2017, it was a small but ambitious network of businesses working across the advanced engineering, electronics and software sectors. From the beginning, the idea was simple — bring together companies that might not normally meet and help them tackle big, complex challenges together. That opportunity came the very next year at Advanced Engineering UK. For a group representing companies in sectors including automotive, aerospace, software and electronics, the event’s broad, multisector focus was an obvious fit. Advanced Engineering didn’t just showcase one slice of the industry, it brought everything under one roof, which suited STC’s diverse membership. READ FULL ARTICLE HERE... https://silverstonetechnologycluster.com/pim_van-baarsen_silverstone-technology-cluster/helping-smes-overcome-challenges/

    4. High-Speed Non-Contact Form Measurement

      High-Speed Non-Contact Form Measurement

      Expected to become a standard measuring device in quality assurance laboratories worldwide, Mitutoyo is introducing a new product, the Roundtracer Flash. This non-contact measuring unit is expected to deliver even more speed and versatility to the Mitutoyo form measurement line. Known as the Roundtracer Flash, this optical measuring unit is based on side-by-side two-dimensional image architecture. Due to this, the images are acquired by different sensors and are perfectly combined to generate a single workpiece image containing zero discontinuities or gaps at stitching edges. Capable of measuring parts of up to 300 mm in length without any vertical movement of the sensors or part, the Roundtracer Flash performs these measurements almost instantaneously. Impressively fast, this machine can execute 100 static measurements in just two seconds regardless of how the measurement sections are distributed along the workpiece. By not requiring movement along the Z-axis to capture these 2D images, the consistency of the profiles and part geometries are stable over millions of cycles. And because of this technique, the mandatory maintenance of this measuring system is kept to a bare minimum. Read more online...

    5. Honeycomb machining for the aerospace industry: precision milling and ultrasonic cutting technologies

      Honeycomb machining for the aerospace industry: precision milling and ultrasonic cutting technologies

      Huge success for the first Belotti Tech Day, the technical event dedicated to the machining of honeycomb components for the aerospace industry. Organized in collaboration with key technology partners—Tebis Italia, Siemens, SoniCut and Neuhäuser—the event took place on Wednesday, May 14 at the Belotti Innovation Hub in Modena and marked the start of a series of training and networking initiatives promoted by the company to showcase the most advanced hardware and software solutions for machining composite and high-performance materials. The day focused on “Honeycomb machining for the aerospace industry: precision milling and ultrasonic cutting technologies”, explored through a rich schedule of technical presentations and live demos on Belotti CNC centers. With strong attendance from professionals of leading Italian and international companies, the event drew not only specialists from the aerospace industry, but also players from the automotive, marine, and pattern and mould making sectors—confirming the relevance and cross-industry potential of the technologies showcased.

    6. How a Full-Service Distributor Simplifies Trade Compliance

      How a Full-Service Distributor Simplifies Trade Compliance

      Ensuring the supply chain is operating as efficiently as possible is critical for industrial manufacturers. However, this is easier said than done when managing the acquisition of complex fasteners and C-class components by executing several sourcing strategies and complying with international trade regulations. Fasteners can be one of the smallest parts of a BOM. However, they can create significant challenges when it comes to trade regulations and laws. As a full-service provider, Optimas has the trade compliance expertise to manage all of these details, allowing manufacturers to spend more time producing world-class products.

    7. How Alcon is saving time and reducing costs with Creo and DFMPro

      Alex Fermin, Manager Plastics & Mechanical Design, Alcon articulates on how Alcon saves time and reduces cost by using DFMPro for Creo. Watch the recording to learn the below points: How to take ‘design for manufacturability’ into consideration earlier in the design process so you can make better design decisions Reduce rework in design and in prototyping Capture organizational best practices Improve collaboration between design, manufacturing and suppliers How to catch the problems earlier

    8. How LEV Interfacing Supports ISO 14001 and Reduces Your CO₂ Footprint

      How LEV Interfacing Supports ISO 14001 and Reduces Your CO₂ Footprint

      Looking to cut energy costs, operate more sustainably, or work towards ISO 14001 accreditation? LEV electrical interfacing is a smart and effective upgrade to consider. What is LEV Interfacing? LEV systems remove harmful airborne contaminants like dust and fumes – but many run all day, even during machine downtime, leading to high energy use, excess noise, and unnecessary wear. LEV electrical interfacing solves this by linking extraction to machine operation. When a tool runs, so does the extraction. When it stops, the system powers down after a set time. This smart automation cuts energy waste without compromising safety or HSG258 compliance. How does this support ISO 14001 criteria? 1. Improved Energy Efficiency – Reduce extraction unit runtime and cut electricity usage 2. Lower CO₂ Emissions – Use less energy, reduce your carbon footprint, and support measurable environmental improvement. 3. Quantifiable Environmental Impact - We provide clear energy-saving metrics to help demonstrate compliance and continuous improvement. 4. Enhanced Workplace Conditions - Less unnecessary noise creates a quieter, more comfortable workspace, supporting employee wellbeing. Additional Benefits Include: - HSG258 Compliance – Timed run-off ensures effective contaminant removal. - Lower Maintenance Costs – Reduced runtime extends filter and motor life. - Rapid ROI – Many clients recoup investment within 3–24 months. - Noise Reduction – Only runs when needed, reducing ambient noise significantly. Is LEV Interfacing Right for Your Business? Electrical interfacing can be applied to a wide range of dust, fume, and oil mist extraction systems. Whatever industry you work in, our BOHS-qualified engineers tailor every installation to your system and process – no generic solutions. Ready to Reduce Your CO₂ Footprint? At McCarthy Environmental, we help businesses across the UK take real, measurable steps toward sustainability with intelligent LEV solutions. Get in touch today!

    9. How to future proof with universal automation Blog Article

      How to future proof with universal automation Blog Article

      In a world where technology evolves faster than ever, industrial businesses face a tough question: how do you keep up without constantly overhauling your systems? This blog post from Schneider Electric explores the concept of universal automation—a game-changing approach that decouples hardware from software, enabling seamless upgrades and long-term adaptability. Using the EcoStruxure Automation Expert platform, manufacturers can adopt a "wrap and replace" strategy. This means integrating new technologies with existing infrastructure, rather than discarding it. The result? Lower costs, reduced downtime, and a more sustainable path to innovation. Whether you're navigating the Fourth Industrial Revolution or just looking to extend the life of your current systems, this article shows how universal automation can help you stay competitive—today and tomorrow.

    10. Howard Garlick joins BINDT as Technical and Certification Engineer

      Howard Garlick joins BINDT as Technical and Certification Engineer

      The British Institute of Non-Destructive Testing (BINDT) has announced that Howard Garlick has joined the organisation as a Technical and Certification Engineer, effective 23 June 2025. Howard brings a broad background in non-destructive testing (NDT), training and quality systems to the Institute, with over 15 years of experience in both hands-on inspection and educational leadership. Howard joins BINDT following his role as Level 3 Training Manager and Lead Auditor at Lavender International, where he worked from April 2018 to June 2025. During his time there, he was responsible for reviewing and updating the Level 3 training programme. This included replacing outdated third-party textbooks with in-house training materials, revising examination content and contributing to the extensive modernisation of facilities.