BLOG

Researchers turned vinyl record manufacturing waste into functional printed circuit boards. See how Voltera V-One helped them test conductive inks and develop their first working prototypes.

Learn how to troubleshoot solder defects in PCB prototypes by tracing problems through solder paste selection, deposition, placement, reflow, and inspection.

Researchers at Polytechnique Montréal printed PEDOT:PSS electrodes with NOVA to map out exactly how much voltage conducting polymers can handle before they break down.

Meet Conductor 4, Voltera’s new high-conductivity silver ink for V-One, optimized for PCB prototyping, thermal curing, and solderability.

Insufficient paste, excess paste, bridging, offset, and voiding are the most common solder paste defects in PCBA prototyping. Here's what causes each one.

Learn about the differences between SMT cut tape and reels, including cost, setup friction, and when to use each format in your PCBA prototyping workflow.

Scaling printed electronics takes more than a working prototype. Learn how ink, process choice, and tool selection shape the path from lab validation to production.

PULR Technologies develops smart labels to improve food traceability. See how NOVA supports prototyping for printed electronics applications like this.

Prototyping flexible hybrid electronics (FHE)? We compare NOVA and screen printing to help you decide which offers the better return on investment (ROI).

Learn how NanoPaper and Voltera NOVA support sustainable electronics, from capacitive touch sensors to copper RFID tags.