X-Rite’s Post

Superior tensile strength and material versatility with AIM3D’s Voxelfill process https://lnkd.in/enwRhVU5

Automated Powder Bed Analysis Uses Smart Defect Detection Software

How to use thermochromic powder to prepare thermochromic ink? https://lnkd.in/giQjks8X

How To Make Conductive Tin Oxide Coatings On GlassGlass! It’s, uh, not very conductive. And sometimes we like that! But other times, we want glass to be conductive. In that case, you might want to give the glass …read morehttps://lnkd.in/dGb6NAwb

📝Learn How to Select and Prep Substrates for Performance PVD Coatings in this expert blog post. https://bit.ly/3Z5OI2A

What is Metal Binder Jetting? Walk through the process of developing a part from printing to post processing with Azoth 3D and Markforged's Metal Binder Jetting solution.

SMT patch stencils are classified into three categories based on production and processing methods: chemical etching, laser cutting, and electroforming. Each method has its own advantages and disadvantages, but laser cutting stencils are currently the most popular due to their simplicity, speed, precision, and affordability.#advantages #classification #Disadvantages #productionmethods #SMTpatchstencils

⭐ Introducing the Slurry Coater for the Laboratory Roll-to-Roll Coater ⭐ 🔍 What is it? The Slurry Coater is a fundamental wet film forming tool for the Laboratory Roll-to-Roll Coater platform, enabling lab scale production of advanced functional thin films. This includes thin film batteries, fuel cells and printed solar cells. 🔧 How Does it Work? The Slurry Coater is used for applying a viscous mixture (ideal for non-newtonian liquids and suspensions) in the form of a slurry, accurately and uniformly, onto a substrate, ensuring consistent quality and performance. With continuous mixing of the slurry during processing, accomplished as the coating takes place over the backing roller of the Laboratory Roll-to-Roll Coater, sedimentation of particles in the ink is prevented. Dosing of ink can be controlled via the Laboratory Roll-to-Roll Coater pumping systems and it is possible to keep the ink under inert conditions. ✅ Key Features: • Designed for Coating of Slurries • Made from POM and Stainless Steel (316L) • 100 mm Coating Width • Works With Thin Substrates (5-25 um) • Simple Adjustment of the Substrate - Knife Gap • Precise Ink Delivery from the Laboratory Roll-to-Roll Coater Pumping System • Option for Inert Conditions ❓ Should I use a Slurry Coater or a Slot-die Head? The Slurry Coater offers efficient coating with non-newtonian inks and particles, ideal for industries requiring consistency. Slot-die coating provides versatility and control, suitable for varying thickness and materials. 🌐 Learn more here: https://lnkd.in/dPP8G6aN #ThinFilm #AdvancedTechnology #CoatingSolutions #LabScale #FunctionalMaterials #PrintedElectronics

1. Bridging is primarily caused by excessive solder, edge collapse, PCB substrate solder area tolerance issues, and SMD placement offset, leading to electrical short circuits in miniaturized circuits like SOP and QFP. 2. Poor wetting occurs when there is a lack of metal-to-metal reaction between solder and PCB substrate due to contamination, presence of metal compounds, sulfides on silver surfaces, oxides on tin surfaces, excess aluminum, zinc, or cadmium in solder, and gas on the PCB substrate. Proper soldering procedures, anti-fouling measures, appropriate solder selection, and suitable temperatures and times are essential to prevent poor wetting.#electricalshortcircuits #excessivesolder #PCBsubstratesolderarea #severeedgecollapse #SMDplacementoffset

What is Metal Binder Jetting? Walk through the process of developing a part from printing to post processing with Azoth 3D and our Metal Binder Jetting solution.