News - Tailored Laser Solution|Laser Scoring|Laser Microperforation|Laser Cutter|Laser Marking

PTFE Film Laser Micro Perforation: Precision Processing for High-Performance Applications

Laser micro perforation offers an ideal solution.

Unlike traditional mechanical punching, laser processing is a non-contact technology that produces clean and precise micro holes without mechanical tool wear. Hole diameter, pitch, and perforation patterns can all be digitally controlled, making it easy to adapt to different product designs while maintaining stable production quality.

2026-06-21

Coptics Laser

Facebook

Twitter

Linkedln

YouTube

Tumblr

Blogger

Details>>

Laser Processing for Medical Bandages & Wound Dressings

Medical bandages and wound dressings are often made from adhesive laminated materials. During conventional mechanical punching, adhesive can stick to punches and tooling, leading to frequent cleaning, higher maintenance costs, and inconsistent hole quality.

2026-06-26

Coptics Laser

Facebook

Twitter

Linkedln

YouTube

Tumblr

Blogger

Details>>

Laser Easy-Open Solution for Shrink Sleeve Labels

Shrink sleeve labels are widely used on soy sauce bottles, seasoning bottles, sauces, beverages, and other consumer products. While they provide excellent tamper evidence and attractive branding, they are often difficult for consumers to tear open.

2026-06-21

Coptics Laser

Facebook

Twitter

Linkedln

YouTube

Tumblr

Blogger

Details>>

Why Fresh Produce Lasts Longer with Laser Micro Perforation?

In this comparison video, you can clearly see the difference between standard packaging and laser micro-perforated packaging under the same storage conditions.

2026-05-25

Coptics Laser

Details>>

Laser Perforation for Medical Patches & Bandages | Breathable Flexible Material Processing

Laser Perforation Technology for Medical Flexible Materials

2026-05-21

Coptics Laser

Details>>

From 2D to 3D: Rethinking Copper Foil for Next-Generation Batteries

As battery technologies evolve — especially in high-energy-density systems and silicon-based anodes — structural optimization of current collectors will become increasingly important.

If your materials or processes are approaching performance limits,
it may not be a material issue — but a structural one.

We work closely with customers to test and develop tailored perforation solutions based on real materials and requirements.