Insights
Flux Removers and Degreasers: Effective Solutions for Electronics and Industrial Use
Flux and grease residues can have detrimental effects on both electronic assemblies and industrial equipment. In electronics, flux residues left from soldering can cause corrosion, short circuits, and performance degradation. Meanwhile, industrial environments often face the challenge of heavy oils, grease, and grime accumulation that can compromise machinery efficiency.
How to Remove Solder From a Printed Circuit Board
Whether fixing a faulty connection, replacing a component, or salvaging parts from an old PCB (Printed Circuit Board), knowing how to remove solder properly can make the process smooth and efficient.
Choosing the Right Under Stencil Wiping Roll for Your SMT Process
As a distributor serving the electronics manufacturing industry, SMT Supplies understands that high-quality under-stencil wiping rolls are essential for achieving reliable solder paste printing in your SMT process. The right wiping roll can help reduce defects such as smearing, bridging, and solder balling, ensuring a cleaner and more efficient production line.
When to Use Low-Temperature Soldering
Low-temperature soldering has become an essential process in modern electronics manufacturing, offering unique advantages for specific applications. But when should you consider using low-temperature soldering over traditional soldering methods?
Protecting ESD and Moisture-Sensitive Devices During Storage and Transportation
Explore the best practices for safeguarding ESD and moisture sensitive devices during storage and transportation
The Role of Fume Extraction Equipment in Wave Soldering
Wave soldering remains a cornerstone process in electronics manufacturing, enabling reliable solder joints for high-volume circuit board assembly. However, the process generates significant fumes containing harmful substances such as flux residues, particulate matter, and volatile organic compounds (VOCs). This is where fume extraction equipment becomes a game-changer, ensuring a safer working environment and better production outcomes.
How To Prevent Conformal Coating Defects
Whether you’re just starting to explore conformal coatings or looking to improve your existing processes, here are some tried-and-true strategies we’ve gathered from the field.
Choosing the Right Cutters for Electronics Manufacturing
When it comes to electronics manufacturing, the tools we use can make all the difference. Cutters, whether they’re high-end precision tools or more budget-friendly stamped versions, are essential for tasks like trimming leads, cutting wires, and making fine adjustments.
Metcal’s Connection Validation™ System Revolutionizes Soldering Training
With the national shortage of soldering technicians and operators, getting new employees trained quickly has become a challenge for the electronics industry.
Choosing the Right ESD Chair
Humans encounter the nuisances of static electricity in their daily lives, from the unexpected jolt when shuffling across a carpet to the potential hazards it poses in workplaces with high electrical activity. In industries such as semiconductor manufacturing, automotive, and medical fields, Electrostatic Discharge (ESD) can wreak havoc on delicate electronics, leading to costly repairs and decreased productivity. Incorporating ESD-safe furniture, including chairs, is a crucial step in mitigating these risks and maintaining operational efficiency.
How to Configure Your Electronics Lab Workbench
If your company assembles or makes electronics, choosing the right workbench design is key for your production area. Missing a key design component can leave you scrambling. You'll need to fix the issue it may cause in your production.
How to Use a Custom ESD Solution to Quickly Increase Efficiency: A Case Study
A local military and aerospace manufacturer was challenged with finding an ESD tray to meet specific requirements to handle their components from receiving/storage to production. Their Manager of Logistics and Inventory Control was responsible for organizing the BOM for their customers as they received parts to store in the warehouse and move to the floor. They needed a way to receive, organize, and move ESD sensitive components from inventory to production.