AmarelUS’ Post

In the world of precision engineering, where tolerances are often measured in microns, quality inspection is not just a step in the manufacturing process – it’s a critical safeguard that ensures the reliability, safety, and performance of every component produced. RST works with industries such as aerospace, automotive, medical devices and telecommunications where even the slightest deviation from specifications can lead to significant consequences, so we need to be sure our quality inspection is on the money. One of the primary goals of our Quality Inspection team is to verify that each component meets its specified dimensional tolerances. In precision engineering, the components that we make often need to fit together perfectly in complex assemblies. Our quality inspection team use advanced coordinate measuring machines (CMM’s), laser scanners and optical comparators to check the integrity and accuracy of our components. In addition, our quality inspection processes include material testing, to identify any internal defects such as cracks, voids, or inclusions, that could compromise the component's structural integrity. Quality inspection also includes the evaluation of surface roughness, waviness, and texture ensuring that the surface finish meets the required specifications. Precision engineering components are often subject to stringent industry standards and regulations, particularly in the sectors we work with, such as aerospace, medical devices and telecommunications. Our quality inspection team must ensure that the components we produce comply with these standards and be able to supply the relevant documentation and traceability, ensuring that every step of the manufacturing process is recorded and audited. As a business we have both BS EN ISO 9001:2015 and AS9100D accreditations, meaning that we are recognised for our quality management systems across general precision engineering services and also with the aerospace sector. The Quality team are a key part of RST Engineering and as such they see every single job that comes through the business. Every component that we manufacture goes through our temperature-controlled facility for cleaning and inspection to ensure that the end product to the customer is of the highest standard and accuracy. By prioritizing our quality inspection services, RST not only safeguards the integrity of our products but also demonstrates our commitment to excellence in delivering high quality precision engineering products to our customers. #engineering #precisionengineering #accuracy #quality #manufacturing #ukmanufacturing

Manufacturing for the medical field poses numerous hurdles. Engineers must design medical devices to deliver consistent, dependable performance at elevated standards. Devices must adhere to stringent safety regulations and minimize electronic and audible noise, mainly if used directly with patients. Coupled with perpetual cost constraints, it's evident that medical device manufacturers face daunting challenges. Motion Solutions aims to assist them in delivering top-tier products while maintaining affordability. #medicaldevices #medicalequipment #electromechanical #precisionengineering #precisionmanufacturing #customdesign #collaborationsolutions #precisionpositioning #costeffective https://lnkd.in/gkdns5gG

Connectors from our standard portfolio suit most use cases – but not all of them. This is where our solution expertise comes into play: in collaboration with customers, we develop exclusive connectivity solutions perfectly tailored to the application.   Customers benefit from our vertical integration as well as six decades of experience in design and engineering. For the benefit of our customers, we offer development, tooling, production, assembly, and automation from a single source. Our strengths lie in the early identification of critical challenges as well as in product optimization and quality assurance.   Examples of custom developments can be found in the medical, measurement and control, and plant engineering sectors. Thanks to our wealth of experience and technological capabilities, we are able to develop and manufacture highly individualized connectors according to customer specifications – with excellent supply reliability and to the highest quality standards.   Whatever difficult tasks do you have to solve? Challenge us!   More information: https://lnkd.in/eApY-kZV   #connectors #customization #custom #engineering #design #quality #reliability #verticalintegration #medical #metrology #controls #connectivity #interface #instrumentation #automation #innovation #i40 #iiot #binder

Even the most advanced technical systems still require skilled hands and minds. ⤵️    Whether calibrating and testing complex systems or meticulously assembling intricate tubing and wiring, highly skilled technicians are indispensable.    Manual labor goes hand-in-hand with high tech.    But it's not just manual work.  ➡️ Staying competitive requires continuously adopting innovations and trends.  ➡️ New technologies must be closely tracked and implemented.  ➡️ Collaboration across industries and research institutions is critical for progress.    The quality and efficiency of high-tech systems can only be guaranteed through the combination of craftsmanship and state-of-the-art technology.    The human touch remains essential behind the scenes of any high-tech facility! We are very interested: What is your view on this topic?  💬 Feel free to share in the comments. #sussmicrotec #growth #innovativesolutions #semiconductors  

Laser welding has become increasingly popular in Europe, driven by its advantages in precision, speed, and quality over traditional welding methods. Several factors contribute to the growing adoption of this technology across various industries: 🚗 Automotive Industry Europe is home to major automotive manufacturers, such as Volkswagen, BMW, and Mercedes-Benz, who extensively use laser welding in their production lines for its precision and ability to join lightweight materials, critical for reducing vehicle weight and improving fuel efficiency. 🛩 Aerospace and Defense The aerospace industry, with companies like Airbus and Rolls-Royce, benefits from laser welding's ability to produce high-strength, lightweight components. It is crucial for manufacturing complex parts with tight tolerances. ⚕ Medical Devices The medical device industry relies on laser welding for its ability to create precise, clean, and strong welds in materials like stainless steel and titanium, which are commonly used in medical implants and instruments. 🖥 Electronics and Microelectronics Laser welding is vital in the electronics industry for its ability to join tiny components with high precision, essential for the production of consumer electronics and microelectronics. 🏭 General Manufacturing Many general manufacturing sectors in Europe, including machinery and equipment production, utilize laser welding for its efficiency, speed, and versatility in welding various metals and alloys. ☀ Renewable Energy With the growth of renewable energy sectors like wind and solar power, laser welding is even used for manufacturing components such as wind turbine blades and solar panel frames, where precision and durability are crucial. 💡 Research and Development Europe has strong research and development capabilities, with institutions and companies continuously innovating and improving laser welding technologies, making them more accessible and effective. One of such companies is DIODELA 😎 The adoption of laser welding is supported by a robust network of manufacturers, suppliers, and integrators specializing in laser welding equipment and systems. Additionally, the European Union's focus on advanced manufacturing and Industry 4.0 initiatives further promotes the use of cutting-edge technologies like laser welding. The popularity of laser welding is becoming more significant and growing, driven by its ability to meet the demands of various high-tech industries for precision, speed, and quality in welding applications. Please reach out, if you work in any of these industries. Maybe we can improve your business! #laserwelding #weldinginnovation #lasermanufacturing #diodela #metalworking #welding #metalwelding #metalindustry #manufacturing #manufacturingtechnology

Don't miss out on the latest insights into downtime in manufacturing facilities, get a sneak peek at Himmelstein's newest torque sensor, and discover their state-of-the-art calibration lab. S. Himmelstein and Company's latest newsletter is your key to unlock a world of knowledge and innovation. They're there to help if you have any questions. Contact links in the comments. #calibrationservices #industrialautomation #instrumentation #engineering

Ensuring your medical device functions as intended is a major consideration before moving into manufacturing phase. Design verification is the key that unlocks the path to manufacturing and market entry. This process becomes even more crucial as devices grow complex, with intricate components that all need to meet strict standards. Design verification meticulously tests the device against functional, regulatory, performance, and safety requirements, giving you the confidence to move forward. But what kind of tests might the verification process entail? ⚖️ Metrology: Precise functions often demand critical dimensional tolerancing limits. Metrology measures that this specified tolerance is being met. 🦿 Mechanical testing: a vital part of design verification, mechanical testing may include verification of component or assembly performance in terms of strength, durability and reliability, assessed through static, dynamic and life testing. 🌡️ Environmental testing: evaluates a device under the different climatic conditions or mechanical stressors that it is likely to encounter during its life cycle. Simulating these under test conditions can uncover potential issues in design before it goes to manufacture. 💡 ESD testing: Electrostatic Discharge testing is required for devices with electrical components. Its purpose is to check that the functioning of a sensitive device isn't impacted by electrostatic events in the environment it is being used or transported in. The specialized resources, facilities, equipment and processes of our UK and US Design & Product Development teams enable us to support our customers' seamless design transfer with integrated verification testing. Keen to find out more? Get in touch here: https://rb.gy/et314b #Pharma #MedicalDevices #DFM #ProductDevelopment #Innovation #Manufacturing

Before and after! fibeersx.com #before #after #beforeandafter #process #production #laser #lasercleaning #lasercleaner #cleaning #cleaningmachine #repair #tools #equipment #production #product #development #engineering #maintenance #maintenanceexcellence #maintenancemanagement #maintenanceandrepair

Design verification is a critical part of any medical device development process. Without it, there can be no green light to proceed to manufacturing stage and beyond that to market. But what can you expect from the process? As devices become ever more complex, often with multiple components, the testing needed to demonstrate a device has been designed to the required functional, regulatory, performance and safety specifications becomes increasingly important. ⚖️ Metrology: Precise functions often demand critical dimensional tolerancing. Metrology measures that this specified tolerance is being met. 🦿 Mechanical testing: a vital part of design verification, mechanical testing may include verification of component or assembly performance in terms of strength, durability and reliability assessed through static, dynamic and life testing. 🌡️ Environmental testing: evaluates a device under the different climatic conditions or mechanical stressors that it is likely to encounter during its life cycle. Simulating these under test conditions can uncover potential weaknesses in design before it goes to manufacture. 💡 ESD testing: Electrostatic Discharge testing is required for devices with electrical components. Its purpose is to check that the functioning of a sensitive device isn't impacted by electrostatic events in the environment it is being used or transported in. Our specialist facilities, equipment and processes mean that we can support design transfer to manufacturing with verification testing at this critical point in a device's route to market. Reach out to us here to find out more: https://lnkd.in/eN_xR_w #Pharma #MedicalDevices #DFM #ProductDevelopment #Innovation #Manufacturing SteriPack Group

Sample preparation and pipetting with Festo With Festo USA products and subsystems, handling sample containers and the pipetting of liquids takes place seamlessly in the same workspace. In the initial step, the EHMD rotary gripping module secures the sample vessel, positions it for bar code identification, and opens it. The second step, pipetting, is carried out in the same workspace. During this step, sample liquid is drawn and dispensed into the microwell plate wells, and the pipette tip is replaced after each cycle. With the Coast Pneumatics engineering team and Festo, solutions like this are just one of the many possibilities. https://lnkd.in/dp2mkgSa #coastpneumatics #pneumatic #pneumatics #festo #fluidpower #flowcontrol #fluidhandling #liquidhandling #pipette #pipetting #dispensing #medical #medicaldevices #labratory #systems #vials #samples #samplehandling #automation #processautomation #engineering #iso #iso90012015