New 2026 Electronics Cleaning Webinars Are Now Available
Stay ahead of evolving electronics manufacturing challenges with ZESTRON’s latest 2026 webinar series. These sessions focus on real-world cleaning issues tied to advanced packaging, high-density assemblies, and next-generation solder paste technologies.
Whether you're dealing with ultra-fine geometries, low standoff components, or complex semiconductor builds, these webinars provide practical insight you can apply immediately.
Join the 2026 June Webinar
Cleaning Compatibility for Complex Semiconductor and Electronic Assemblies
Register for the free ZESTRON Webinar with Kalyan Nukala, MS, PMP® Senior Application Engineer
Date: June 8th 2:00pm - 3:00pm EST
As electronics assembly evolves, so do the challenges around cleaning, especially when working with fine powder, low metal load solder pastes used in paste jetting and the higher metal load pastes common in stencil printing.
Fine powders and lower metal loads can produce increased flux residues and thinner bond lines post reflow, creating unique demands on cleaning chemistry and equipment. This webinar will walk through assembly and cleaning procedures, with results from ion chromatography (IC), surface insulation resistance (SIR) testing, and visual inspection beneath destructively removed devices.
Building on prior SMT research, this session expands the focus to screen printing for SMT and jetting for semiconductor applications, helping you identify the best cleaning chemistry and equipment for your process.
Past Webinars
Technical Cleanliness Assessment for HV Electronic Assemblies
Is your EV assembly really clean enough? In high-voltage electronics, not all particles are created equal — and standard cleanliness tests may be missing the ones that matter most.
Join us to explore how Frit Voltage Testing is transforming technical cleanliness analysis for electric vehicle assemblies. Using a DC-DC inverter from an electric racing car as a real-world case study, we'll show how testing particles at voltages from 5 to 800V, combined with FTIR and SEM-EDX material analysis, reveals which contaminants pose a genuine risk in the field and which don't.
Walk away knowing how to integrate frit voltage analysis into your production process as a powerful risk assessment tool and how to build it into a continuous improvement cycle for safer, more reliable HV electronics.
Click Here To Download The Webinar