Luscombe Engineering of the Pacific Northwest的动态

Introducing Panasonic’s EZP-V Series Metallized Polypropylene Capacitors! Now offered in voltage options of 600, 700, 800, 1000, and 1100 V.DC, these capacitors are engineered to meet stringent automotive standards. Their compact and moisture-resistant design makes them ideal for outdoor use, and they come with built-in fuse functionality and self-healing for enhanced protection. Discover how EZP-V Series Capacitors elevate your design: https://okt.to/M0L2tr #Panasonic #Capacitors #Technology

????????’?? ??????? | ???????????????? ???????????? ?????? ??????????????????????????: ??????-?? ???????????? ???????????????????? ?????? ?????????????????? ???? ?????? ?????? ???????? ??.???? Panasonic’s EZP-V Series Metallized Polypropylene Plastic Film Capacitors now offer 600, 700, 800, 1000, and 1100 V.DC options in small package sizes, ideal for strict automotive needs. The EZP-V Series is highly moisture resistant, especially suitable for outdoor uses. Built-in fuse functionality in these Capacitors ensures self-healing and self-protection in the unlikely event of a failure. Discover how EZP-V Series Capacitors elevate your design: https://okt.to/TrXcSt. #Panasonic #Capacitors #Technology

????????’?? ??????? | ???????????????? ???????????? ?????? ??????????????????????????: ??????-?? ???????????? ???????????????????? ?????? ?????????????????? ???? ?????? ?????? ???????? ??.???? Panasonic’s EZP-V Series Metallized Polypropylene Plastic Film Capacitors now offer 600, 700, 800, 1000, and 1100 V.DC options in small package sizes, ideal for strict automotive needs. The EZP-V Series is highly moisture resistant, especially suitable for outdoor uses. Built-in fuse functionality in these Capacitors ensures self-healing and self-protection in the unlikely event of a failure. Discover how EZP-V Series Capacitors elevate your design: https://okt.to/dJOr1u. #Panasonic #Capacitors #Technology

The application of glass microspheres, that we’ve helped pioneer since 2017, is used in the electric vehicle manufacturing process. Mixed with the right chemicals, glass microspheres provide a light-weight potting resin. This provides cell positioning and increased thermal insulation, while maintaining its flowability and consistency. The glass microsphere unloader is shown below.?The link will show you a video on how it works and considerations for unloading.?This video was produced in conjunction with 3M? and highlights 3M? Glass Bubbles?https://lnkd.in/g5YECBe8 #manufacturing #engineering #bulkmaterialhandling #innovation #buildingproduct #noltec #technology #design #industrialdesign #industrialengineering #automation #industrial #designengineering #manufacturer #manufactuerers #factory #3M #GlassBubbles #EngineeringExcellence #NolTecSystems #batteries #electricalvehicle #EV

The application of glass microspheres, that we’ve helped pioneer since 2017, is used in the electric vehicle manufacturing process. Mixed with the right chemicals, glass microspheres provide a light-weight potting resin. This provides cell positioning and increased thermal insulation, while maintaining its flowability and consistency. The glass microsphere unloader is shown below.?The link will show you a video on how it works and considerations for unloading.?This video was produced in conjunction with 3M? and highlights 3M? Glass Bubbles https://lnkd.in/g5YECBe8 #manufacturing #engineering #bulkmaterialhandling #innovation #buildingproduct #noltec #technology #design #industrialdesign #industrialengineering #automation #industrial #designengineering #manufacturer #manufactuerers #factory #3M #GlassBubbles #EngineeringExcellence #NolTecSystems #batteries #electricalvehicle #EV

?? Understanding Inductive Sensors: Size and Material Matters! ?? Inductive sensors are essential in industrial automation, offering reliable detection of metallic objects without contact. Key factors influencing their performance include: ?? Size Compact Options: Ranging from 4mm to 30mm, smaller sensors fit tight spaces, while standard sizes (M12, M18, M30) balance sensitivity and installation ease. Custom Designs: Custom sizes are available for specific applications, ensuring optimal functionality. ??? Material Durable Housing: Typically made from stainless steel, nickel-plated brass, or plastic, each offers unique advantages, such as corrosion resistance or lightweight design. Sensing Face: Materials like ceramic or glass enhance durability and performance in demanding environments. ?? Performance Sensing Range: Varies with size; larger sensors can detect objects from several centimeters away. High IP Ratings: Ensures protection against dust and water, making them suitable for industrial settings. Inductive sensors continue to innovate, enhancing automation efficiency. What are your thoughts on their role in your industry? Let’s connect! #InductiveSensors #IndustrialAutomation #Engineering #Innovation

In industries where precision heat management is critical—such as EV batteries, power electronics, 5G infrastructure, and high-performance computing—the right thermal interface material can make all the difference. At Saintyear, we’ve engineered the C180 Composite Polymer Thermal Conductive Pad to meet your most demanding applications. ? Why Choose C180? ? High Thermal Conductivity & Low Resistance: Ensures optimal heat transfer to keep your systems cool and efficient. ? Soft, Flexible Design: Low stress with an excellent filling effect—won’t damage sensitive components. ? Customizable Configurations: - Thickness: 0.25–8.0 mm to suit your needs - Standard Size: 470×470 mm, easily die-cut to meet custom specifications - Optional Features: One-sided adhesive, glass fiber, or PI film reinforcement for added durability and performance. ? Resilient & Reliable: Excellent elasticity ensures long-term stability under various operating conditions. By ensuring reliable and efficient heat transfer, Saintyear’s C180 pads help prevent overheating, improve device performance, and extend product lifespan. ?? Contact our team today to request a sample or discuss your specific needs. #ThermalPads #HeatDissipation #EVBatteries #5GTechnology #PowerElectronics #ThermalManagement #SaintyearSolutions #CustomMaterials #ElectronicsCooling #Innovation

Transforming Glass, Ceramic, and Stone Processing with Modularity and Motion-Synchronized Control ?? In industrial manufacturing, the processing of glass, ceramic, and stone is being promoted by modularity and motion-synchronized process control. ?? Our automation solutions offer tailored modularity. From the intelligent i950 servo and c430 compact controller for individual stations to the c520 and c550 for demanding movements, we enable flexible, motion-synchronized control. This approach allows for adaptable production lines, reducing downtime and seamlessly integrating new technologies. ?? Motion-Synchronized Control: Precision is key. Motion-synchronized control ensures every movement is perfectly coordinated, resulting in higher quality products, reduced waste, and increased throughput. Synchronizing component motions achieves unparalleled accuracy and consistency. Find out more ??https://hubs.ly/Q02WXdPD0 #Manufacturing #Innovation #Industry40 #GlassProcessing #CeramicProcessing #StoneProcessing #Modularity

?? Number SIX on our top 10 list of most notable highlights for 2024 – the tremendous growth in the use of LEXAN? #polycarbonate resins from our polymers portfolio to produce front or smart panels. This application area has become prominent in the #automotive and EV world given that grilles are no longer necessary for electric-powered vehicles. Because of this, designers and engineers can be more adventurous, and our team is helping to bring their visions to life. Multiple EV models are sporting front-end panels with LEXAN resin. This material checks all the boxes: excellent transparency for optimized light and signal transmission, impact performance, high temperature resistance, weatherability and UV stability, and high-quality aesthetics. The electrifying work in this application space continues. Our teams are STOKED to be part of changing the faces of today’s vehicles, and those of the future! ?? For more on smart panel solutions from us, see the link in the comments. #SmartPanels #AutomotiveLighting #ChemistryThatMatters

Micro-scale batteries, often millimeter or centimeter in size, face challenges in designing and constructing a hermetic package due to their small scale. They are commonly used in miniaturized sensors, microelectronic devices, and micro-electro-mechanical systems (MEMS), where minimizing non-active weight in the packaging is critical. Lightweight epoxy adhesives with customizable rheology and flow profiles assist in reducing weight while supporting the complex construction process.