Milton Keynes Pressings manufacture all tooling through their UK based toolmaker Ryeland Toolmakers

Introducing our flagship silicone spray machine, the TopGear SilCon SIX 1:1 model. At Alan Harper Composites, innovation is what we do best. The TopGear silicone spray machine is no exception. Our model combines simplicity with a unique pump system that provides smooth, pulseless and void free output of all pourable silicones. Experience has shown that users need an economic and compact machine that can be used across the whole range of silicone meter mix industrial requirements. The company met this need by thinking outside the box through not following convention by building multi valve positive displacement pumps which are undoubtedly limited by their output reliability due to added complexity and pump valves closing speeds. Instead, the TopGear SIX model has no pump valves with infinitely variable smooth output characteristics. As silicone viscosities can be as high as 22000cps they present real concern over ratio mismatch due to inaccurate conventional reciprocating pump feed systems at the higher outputs. We’ve seen this design countless times in the new machines coming to market. However, our pioneering TopGear model is the only silicone spray machine to date that doesn’t possess this common cavitation risk through our unique designed short direct tank to pump feed. Spraying silicone- made simple & effective. Additionally, our silicone spray machine has transparent on board holding tanks, therefore giving instant visual access to low-levels of the silicone material.

Here at StrainSense, we specialize in providing high-quality torque sensors for various applications. Torque sensors are essential in measuring and monitoring the twisting or rotational force applied to a rotating object, providing crucial data for a wide range of industries, including automotive, aerospace, manufacturing, and more. Our torque sensors are designed to deliver accurate and reliable measurements, allowing for precise control and monitoring of torque levels in various systems and processes. With our expertise in sensor technology, we offer a comprehensive range of torque sensors, including Contactless Rotary, Dynamic Rotary and Reaction. Whether you need to measure torque in a small-scale research project or monitor torque in a large-scale industrial application, our torque sensors provide the accuracy, durability, and performance you can rely on. Explore our range of torque sensors and contact us for expert advice and solutions tailored to your needs.

Discover the TrackScan Sharp-S 3D Scanner, a state-of-the-art solution for large-scale measurement tasks. Engineered to deliver unparalleled precision and efficiency, this wireless powerhouse is perfect for professionals in product development and quality control who require detailed, reliable data over expansive areas. With an impressive tracking distance of up to 8.5 meters and a volumetric range of 135 cubic meters, the TrackScan Sharp-S offers unrivalled measurement capabilities without the hassle of cable constraints. The device’s high-speed performance is marked by a measurement rate of up to 4.86 million measurements per second, ensuring rapid data capture across a scanning area of 800 x 700 mm. Achieving up to 0.048 mm accuracy, the TrackScan Sharp-S guarantees precise measurements, even for the most demanding applications. The scanner incorporates intelligent edge detection through gray-value measurement and an auxiliary light module, enabling meticulous inspection of features such as holes, slots, and edges across various finishes. Its arsenal of 81 blue laser lines, including 17 parallel lines, allows for comprehensive scanning of large surfaces and intricate details with exceptional precision. Innovative CFFIM technology provides a lightweight and robust structural design, ensuring performance stability even amid thermal fluctuations. This ergonomic design allows for versatile handling, making it easy to manoeuvre and position in various environments. For enhanced accessibility, the TrackScan Sharp-S can be paired with the optional i-Probe accessory, a portable CMM tool that enables accurate measurement of inaccessible areas, ensuring high single-point repeatability of 0.030 mm. Technical highlights include a stand-off distance of 300 mm, a depth of field ranging from 400 mm to 800 mm, and support for numerous output formats like .stl, .obj, and .asc. Embrace the future of large-scale 3D scanning with the TrackScan Sharp-S.

Offering a wide assortment of courses our training curriculum is designed to meet the training needs of machine operators and test method developers - from novice to expert. Your operators and test method developers will learn about computer-controlled material testing and best practice techniques while building an understanding of range of testing capabilities found in your testing system and its associated software tools. This knowledge will help you to apply the wide range of capabilities found in your Instron testing system while improving efficiency and productivity to maximize the return on your investment.

To drive innovation, we recognise we must put the development of people at the heart of our mission. Our initiatives are directed at developing research and technical expertise across materials science, and in raising awareness of the fantastic array of career pathways in the discipline. We achieve this through: The delivery of a wide-ranging technical upskilling programme for industry and academia which embraces both detailed materials science techniques and broader awareness courses The development of a new generation of future researchers in materials science with a balance of skills across techniques, innovation, commercial awareness, project management, team-working and problem-solving A wide-ranging outreach programme driven by widening participation and stimulating awareness and uptake of materials science Our training events are of relevance to a wide range of scientists and engineers. We deliver skills and training for PhD students, early-career researchers, technicians, as well as experimental and application scientists Our content is relevant across academia, as well as in SMEs and industry, and partnership-style delivery helps drive collaboration, networking and innovation in advanced materials.

We are helping to create specialist skills in some of the new disruptive technology areas including electrification and driverless cars, ensuring a sustainable supply of future technical specialists and engineers. Our vision is to be a global centre of excellence where industry leaders, engineers, technicians and other business professionals working, or aspiring to work, in the automotive sector come to develop essential skills that are key to fuelling their career ambitions and their employer’s business success. The MTI is a purpose-built centre designed to deliver automotive training, offering accredited programmes from Level 2 to Level 8 (Doctorate level) as well as a range of bespoke training courses and CPD opportunities. Developing talented apprentices right through to chartered engineers, the MTI provides access to a unique skills escalator, enabling progress to higher and degree level apprenticeships and beyond.

Throughout Europe we offer Industry Leading Strain Gauge Training to enhance or introduce Strain Gauges and their characteristics. Delivered by Industry experts either at designated location or on customer’s own site. Standard and fully bespoke programs are available. Course Content Covers: • Introduction to Strain Gauges • The Wheatstone Bridge and its use • Surface Preparation Techniques • Practical Session – including bonding of gauges Cyano-acrylate adhesive. • Use of other adhesive systems with Strain Gauges, cold and heat cure epoxies • Lead Wire attachment techniques • Installation checking, background and practical session, involving testing of installations. • Selection of Leadwires, Solders ad Coatings • Other Gauge/Measurement Systems

Designed for embedded systems and intelligent applications, Transcend’s industrial-grade ECM100 Embedded Camera Module is equipped with the high-sensitivity CMOS sensor. It delivers 2MP resolution and a 130° field of view, producing sharp, low-noise images even in low-light environments. Supporting the MIPI CSI-2 interface, the ECM100 can be seamlessly integrated into various embedded platforms, including AI edge computing, industrial inspection, and robotic systems. With an operating temperature range of -30°C to 70°C and a robust, vibration-resistant design, the ECM100 ensures reliable performance in harsh environments. Flexible customization options accommodate diverse project requirements, providing your system with high reliability and long-term supply assurance. Hardware Features -An integrated HDR (High Dynamic Range) function ensures clear and well-balanced images even in scenes with extreme contrast. -A 2.8 µm pixel size enables enhanced light sensitivity and superior image quality in various lighting conditions. -Support high frame rate, delivering smooth and detailed video capture for fast-moving subjects. -Its low power consumption design makes it ideal for battery-powered or energy-sensitive applications. -The module offers horizontal and vertical mirroring, allowing flexible image orientation to suit different installation requirements. Firmware Features -Customize image parameters in the driver to ensure image quality meets customer requirements. -Provide ISP (Image Signal Processor) tools, allowing customers to fine-tune image parameters themselves and achieve optimal results in various shooting environments. -Auto Exposure Control (AEC) and Auto White Balance (AWB) provide quick and accurate adjustments for optimal image brightness and color fidelity.

Transcend’s industrial-grade ECM300 Embedded Camera Module is equipped with the high-sensitivity Sony CMOS sensor and STARVIS 2 image processing technology. It delivers 5MP resolution and an ultra-wide 140° field of view, producing sharp, low-noise images even in low-light environments. Supporting the MIPI CSI-2 interface, the ECM300 can be seamlessly integrated into various embedded platforms, including AI edge computing, industrial inspection, and robotic systems. With an operating temperature range of -30°C to 70°C and a robust, vibration-resistant design, the ECM300 ensures reliable performance in harsh environments. Flexible customization options accommodate diverse project requirements, providing your system with high reliability and long-term supply assurance. Hardware Features -2K high resolution captures images with outstanding clarity and fine detail. -Incorporates Sony’s advanced STARVIS 2 technology, delivering exceptional low-light performance, reduced noise, and vivid color reproduction even in challenging lighting conditions. -An integrated HDR (High Dynamic Range) function ensures clear and well-balanced images even in scenes with extreme contrast. -Near-Infrared enhancement improves sensitivity to near-infrared light, allowing the camera to deliver clear and detailed images in low-light or IR-assisted night-time conditions. -High sensitivity provides excellent image brightness and sharpness even in varied lighting scenarios. -MIPI 4-lane interface for fast, stable, and efficient transmission of high-resolution image data to the processing unit. Firmware Features -Customize image parameters in the driver to ensure image quality meets customer requirements. -Provide Image Signal Processor tools, allowing customers to fine-tune image parameters themselves and achieve optimal results in various shooting environments. -Auto Exposure Control and Auto White Balance provide quick and accurate adjustments for optimal image brightness and color fidelity.

Transcend's DDR5 DRAM modules operate at a nominal voltage of only 1.1V, offering higher energy efficiency and exceptional clock speeds to cater to the demands of the embedded industry. Power management integrated circuits (PMIC) provides better signal integrity and more stable power. All components are of the highest quality, having been sourced directly from the world's first-tier supplier of DRAM chips and stringently tested for unparalleled compatibility, reliability, and performance. Blazing-fast Performance DDR5 transfer speeds can reach as high as 6,400MT/s, 50% faster compared to DDR4. Independent Dual-channel Transfer DDR5 adopts two independent 32-bit transfer channels, which increase the memory storage efficiency. PMIC The on-DIMM power management integrated circuit (PMIC) allows DDR5 to have more stable power supply and higher signal integrity. 1.1V Low Working Voltage DDR5 consumes less power, with merely 1.1V, suitable for 24/7 enterprise servers. On-die ECC Correction Spot and correct data errors to increase data integrity and enhance system stability.

Transcend's HSD460I half-slim SSD is built with 112 layers of 3D NAND flash and the SATA III 6Gb/s interface, delivering never-before-seen transfer speeds. Applied with the Corner Bond technology and anti-sulfur resistor, the HSD460I is fortified to withstand demanding industrial applications. Following JEDEC's MO-297 standard, the HSD460I is fully tested in-house and is able to operate in wide operating temperatures ranging from -40℃~85℃, ideal for read-heavy applications and space-limited mobile devices such as industrial control systems, medical equipment, mobile devices, and POS terminals. Hardware Features -Compliant with RoHS 2.0 standards -Compliant with JEDEC MO-297 -Endurance: 3K P/E cycles (Program/Erase cycles) guaranteed -Key components fortified by default with Corner Bond technology -Anti-sulfur technology implemented to prevent sulfurization in the environment -Power Shield (PS) to ensure data transfer integrity and minimize data corruption in the drive during an abnormal power outage -Promised operational reliability in a wide temperature range (from -40°C to 85°C) Firmware Features -Dynamic thermal throttling -Built-in LDPC ECC (Error Correction Code) functionality -Advanced Global Wear-Leveling and Block management for reliability -Advanced Garbage Collection -Static Data Refresh -Supports S.M.A.R.T. function to conduct health monitoring, analysis, and reporting for storage devices -TRIM command for better performance -NCQ command for better performance -Full drive encryption with Advanced Encryption Standard (AES) (optional) -Power-saving DevSleep (Device Sleep) mode (optional)

Transcend's M.2 22110 SSD MTE730P is a Power Loss Protection (PLP) SSD. During unexpected power outages, the built-in tantalum capacitor provides power to the controller and DRAM cache, ensuring data integrity and storage reliability. Transcend's MTE730P features the 112-layer 3D NAND flash, a PCI Express (PCIe) Gen4 x4 interface, and an 8-channel controller, achieving never-before-seen transfer speeds. Its built-in DRAM cache enables fast random read and write speeds, and improves drive endurance. In addition, the 30µ" gold finger PCB, Corner Bond technology, and anti-sulfur resistors guarantee its reliability in harsh conditions. Transcend's MTE730P is also 100% chamber tested in-house for extended operating temperatures ranging from -40℃ to 85℃. Hardware Features -Compliant with RoHS 2.0 standards -Compliant with NVM Express specification 1.4 -Compliant with PCI Express specification 4.0 -Space-saving M.2 form factor (110mm) – ideal for mobile computing devices -PCIe Gen 4 x4 interface -DDR4 DRAM Cache embedded -High-quality 3D NAND flash -Endurance: 3K P/E cycles (Program/Erase cycles) guaranteed -Key components fortified by default with Corner Bond technology -30µ" PCB gold finger -Anti-sulfur technology implemented to prevent sulfurization in the environment -Power Loss Protection (PLP) to prevent data loss in the event of sudden power outage -Promised operational reliability in a wide temperature range (from -40°C to 85°C) Firmware Features -Supports NVM command -Dynamic thermal throttling -Built-in LDPC ECC (Error Correction Code) functionality -Advanced Global Wear-Leveling and Block management for reliability -Advanced Garbage Collection -Supports S.M.A.R.T. function to conduct health monitoring, analysis, and reporting for storage devices -TRIM command for better performance -NCQ command for better performance