Ceramic Precision Scissors

Non-Conductive Blades for Electronics: Ceramic Precision Scissors

The ceramic precision scissors were developed for detailed work on electronics repair benches. Thanks to their cutting properties and ceramic material, they allow you to handle delicate components and adhesive tapes with high precision without the risk of electrical conduction on the blades. It is an indispensable tool for technicians who demand safety and clean cutting in microelectronics.

Technical Specifications

• Tool type: Precision scissors
• Blade material: Ceramic
• Reference: T-PR-CER
• Properties: Non-conductive and oxidation-resistant blades

What Distinguishes This Model

The manufacturing of the ceramic blades guarantees total immunity to corrosion and prevents accidental short circuits if the tool comes into contact with active lines or batteries. The T-PR-CER reference ensures an ergonomic shape and sharp tips, making it ideal for compact interventions where common metal presents weight or conductivity disadvantages.

Usage Tips

Although ceramic blades offer a durable and stable edge, the ceramic material is rigid and susceptible to sudden mechanical impacts. Avoid direct drops on hard surfaces and do not force the blades on thick metallic materials such as rigid wires. Always store the scissors protected after use on the bench.

Frequently Asked Questions

Do the blades conduct electric current?

No, ceramic blades are naturally non-conductive, minimising electrical risks in microelectronics tasks.

Can I cut copper wires with these scissors?

Their use is recommended for fine cuts, thermal adhesive tapes, membranes and flexible insulation to preserve the integrity of the ceramic cutting edge.