Gavin Hoole B.Eng MEP PGDE MA.ed SEND DipBom MIET IOSH’s Post

Mesmerizing soldering process looks soo cool 🤷♂️ how soldering used to do in regular cases Need to Clean and dry the area on the circuit board where you'll be soldering. You can use rubbing alcohol for this. If using flux, apply a small amount to the soldering point. Plug in the soldering iron and allow it to heat up to the recommended temperature, typically between 300°C and 400°C (572°F and 752°F). Place the component on the designated pads on the circuit board. Bend the leads of the component slightly to hold it in place. Hold the solder spool in one hand and the soldering iron in the other. Touch the tip of the iron to the joint where the component lead meets the pad on the circuit board. Do not apply solder directly to the iron tip. As the tip heats the joint, the solder will melt and flow onto the pad and component lead. Once enough solder has melted to create a small, smooth mound connecting the component lead and the pad, remove the solder and iron tip. Hold the component steady for a few seconds to allow the solder to cool and solidify. If there's excess solder that looks pointed or bridges between unwanted connections, you can use wire cutters or diagonal pliers to snip it off carefully after the solder cools down. 🙄 Requires a lot of patience for this process👆🏻 but the automation process is a time saver and safer🤷🏻♂️ but i see there is only one type of material that is getting soldered in the video is there any chance of this doing the other materials like diodes, resistors, capacitors etc.., let me know in the comments 👇🏻 #AutomatedSoldering #Robotics #ManufacturingAutomation #IndustrialAutomation #SolderingRobots #AssemblyLineFor #Soldering #ElectronicsAssembly #DIYElectronics #HandSoldering #ElectronicRepair #SolderingSkills video source : circuitmix of ig

Automatic soldering machine

SMT patch processing involves intricate operations with potential issues like soldering porosity, affecting joint mechanics. Despite challenges, SMT offers advantages such as high density, compactness, and reliability, with methods to mitigate porosity including flux optimization and solderability enhancement.#advantagesofSMT #controlporositymethods #disadvantagesofSMT #SMTpatchprocessing #solderingporosity

One of the great things about being a custom PCB manufacturer is that the PCB assemblies we build find their way into products and processes that affect life all around us. 👏🏼👏🏼👏🏼 Hardy Process Solutions, one of our customers, produces precision instrumentation and sensors for weighing systems used in batching, filling, and inventory management across a range of industries from food and beverage to mining and metals. When PCBs are at the ❤️ of your current or future products, the 𝘼-𝙏𝙚𝙖𝙢 is the partner you’ve been looking for, to uncomplicate your PCB design and assembly. #pcbassembly #pcbmanufacturing #robotics #engineering #manufacturing

Wire Laser Soldering with Solder Paste Applications Wire laser soldering with solder paste is particularly effective in advanced electronics manufacturing. Microelectronics Assembly: Used in situations where components are too small or delicate for traditional soldering irons. Sensitive Component Soldering: Ideal for components that might be damaged by the prolonged exposure to heat generated by more traditional soldering methods. High-Volume Manufacturing: Often used in automated production lines where precision and speed are needed. #WireSoldering #Soldering #LaserSoldering #WireWelding #Solder #Welding #Hanslaser

Wave soldering and reflow soldering are two different methods used in electronic manufacturing to create mechanical and electrical connections between components and circuit boards, with each method being suitable for different sizes of components.#electronicmanufacturing #lead-freeweldingprocess #Reflowsoldering #softsoldering. #WaveSoldering

Daily Exploring—Laser Soldering 🔍 With the continuous miniaturization and precision development of electronic components, traditional soldering methods such as electric soldering irons and hot pressing are increasingly unable to meet soldering demands. Therefore, laser soldering technology, with its high precision, efficiency, low thermal impact, and excellent adaptability, has gradually become the ideal solution for welding high-density and high-precision electronic components. Compared to traditional soldering techniques, laser soldering exhibits significant advantages. It employs a laser beam to irradiate the welding area, allowing the solder to quickly melt and form a joint due to the laser's high energy density and thermal effects. This achieves precise soldering while enabling accurate control of the temperature and time at the welding site, enhancing the overall quality and stability of the joint. Below are some of the main advantages of laser soldering: 💡 Non-Contact Welding: Laser soldering is a non-contact welding process, meaning the laser beam does not directly touch the components being welded, avoiding deformation or damage caused by contact pressure. 💡 High Precision and Accurate Positioning: The laser beam can be precisely focused to the micron level, making it particularly suitable for the soldering of precise and complex electronic components, such as SMT components on microelectronics and PCB boards. 💡 Localized Heating and Small Heat Affected Zone: The concentrated laser energy can heat the target area to the melting temperature in a short time, significantly reducing the thermal impact on surrounding materials. 💡 Precise Temperature Control: The laser power can be finely adjusted and monitored in real-time, allowing for more accurate temperature control during the soldering process, helping to reduce the risk of cold solder joints and ensuring the quality of the solder points. 💡 Diversity and Flexibility: Laser soldering can adapt to different types of solder and easily handle complex shapes and hard-to-reach spaces. It is suitable for various soldering processes, such as soldering between sheets, between wires, and between wire and block components. 💡 Low Equipment Maintenance Costs: Compared to traditional soldering irons, laser soldering equipment has lower maintenance requirements, fewer component replacements, and a longer lifespan. #LaserSoldering #Electronics #SolderingTechnology #PrecisionEngineering #HighDensityComponents #NonContactWelding #Microelectronics #PCB #SolderingSolutions #Innovation #Manufacturing #TechAdvancements #HeatControl #QualityAssurance #ElectronicsManufacturing #SMT

The 8 must-knows in soldering 1. There’s no point in beautiful solder connections if the system is unreliable. 2. Class 3 “high reliability” is often fraudulent. 3. Reliability can’t be inspected. 4. Constant temperature soldering irons can cause as much damage as irons with fluctuating temperatures. 5. Do not refer to “acid” flux. 6. There’s no such thing as “cold” solder. 7. “Pin holes” are not process indicators. 8. Perfect soldering is easy – 98% perfect is hard. -- Read the article and learn from the soldering expert, Jim Smith. #pcbsoldering #pcbmanufacturing

Automatic Cable Soldering Robot

This is the great video to understand about laser soldering. You can understand the differences between contact soldering and laser soldering in 3 min. #Steve_Honda, #Laser_soldering #Soldering_Robots