Kurtz Ersa Inc., a leading supplier of electronics production equipment, will discuss several of its latest soldering, reflow, and rework systems at the SMTA Silicon Valley Expo & Tech Forum on Thursday, Dec. 4 at the Fremont Marriott Silicon Valley.
Throughout the event, Ersa’s team will discuss equipment designed to help manufacturers gain tighter process control, improve consistency, and boost yields—especially in high-reliability and high-mix production environments. Each system on display has been developed to handle today’s more challenging assemblies while keeping operating costs and environmental impact in check.
Among the featured equipment:
HOTFLOW THREE Reflow Oven
The HOTFLOW THREE introduces Ersa’s SCPU (Smart Convection Power Unit), which delivers precise thermal performance with noticeably lower nitrogen consumption. It’s engineered for strong repeatability, stable profiles, and modern connectivity demands.
VERSAFLOW ONE and VERSAFLOW 4/55 Selective Soldering Systems
These systems offer a mix of flexibility and throughput, with single-pot and dual-pot VERSAFLEX options, modular construction, and CAD Assistant 4 for quick and efficient programming. Both platforms support connected-factory requirements and are built to slot easily into modern production lines.
HR 600P Rework System
Created for tough SMT components such as BGAs, QFNs, and fine-pitch devices, the HR 600P combines accurate heat control with consistent, repeatable rework results—even on densely populated boards.
i-CON TRACE Soldering Station
As Ersa’s first fully networked soldering station, the i-CON TRACE brings full traceability and IoT connectivity to hand soldering. It gives manufacturers a clear view of every step of the process and supports quality-control and compliance needs.
Expo attendees can visit the Ersa booth to connect with technical experts and discuss how these systems can help improve soldering precision, enhance long-term reliability, and streamline production.
For more information about Kurtz Ersa Inc., visit www.ersa.com.
