Labelling Guides

Selecting labels for electronics manufacturing requires careful consideration of materials, adhesives and printing methods. Learn how to specify labels for reliable PCB identification.

Standard labels often fail in industrial environments. Learn why off-the-shelf labels struggle with heat, chemicals and durability requirements in manufacturing.

High temperature labels are essential for electronics manufacturing. Learn how specialist materials survive soldering processes and maintain PCB identification during production.

ESD safe labels help prevent electrostatic discharge damage during electronics manufacturing. Learn how specialist labels support PCB identification and safe handling environments.

Thermal transfer and direct thermal printing are widely used for industrial labels. Learn the differences and which method is suitable for durable traceability labels.

Small barcode labels can cause scanning failures during manufacturing. Learn the common causes of barcode readability problems and how to design reliable labels.

QR codes are widely used for product traceability in electronics manufacturing. Learn how QR code labels support tracking, quality control and production data systems.

Polyester and polyimide labels are both used in electronics manufacturing. Learn how these materials differ and when each is suitable for PCB identification.

Polyimide labels are widely used in electronics manufacturing because they withstand extreme heat and harsh processes. Learn why they are ideal for PCB identification.

PCB labels often fail during electronics manufacturing due to heat, chemicals and poor materials. Learn how to choose reliable labels for PCB traceability.

Labels used in electronics manufacturing must survive extreme soldering temperatures. Learn how high-temperature PCB labels maintain adhesion, durability and barcode readability during demanding soldering processes.