Markolaser Video Gallery

Watch Markolaser solutions in action through product demonstrations, application videos, and real-world industrial marking examples.

Laser marking machine and Automations.

Final touches on the Markolaser Orion.

Watch bezel laser engraving [Watch Industry] by Markolaser.

Laser marking on metal parts inside liquids.

Watch strap mold making by 3D deep engraving on SS moulds

High precision burr free Laser engraving of copper electrode for mold making.

Markolaser deep engraving and texturing of shoe & footwear dies & mold.

Published by SCANLAB GmbH Sept 18, 2018

SCANLAB Video - High performance scan systems 'Made in Germany'

Rainbow color laser marking on steel by Markolaser

Laser marking inside silver bowl

Silver wedding card engraving

Laser hallmarking on gold jewellery by markolaser

Internal rotary laser marking and engraving on bangles/bracelets by Markolaser

Laser marking/engraving on bangle by Markolaser

Laser marking on automotive, CFL and LED lamps

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Frequently Asked Questions?

1 What are the primary laser processes performed by Markolaser laser machines?

Ans: Markolaser laser machines support a wide range of laser processes, including marking, engraving, deep engraving, ablation, cleaning, and cutting. These processes enable everything from permanent identification marks and decorative engravings to surface cleaning, coating removal, and precision cutting of technical components.

2 Why is laser marking critical for medical and surgical equipment?

Ans: Medical devices, surgical instruments, implants, and pacemakers require permanent, corrosion-resistant, and contamination-free markings. Markolaser systems provide high-quality UDI-compliant laser etching that maintains surface integrity while ensuring long-term traceability and regulatory compliance.

3 How does the electrical switchgear industry utilize Markolaser laser machines?

Ans: Manufacturers of MCBs, switchgear, and electrical components use Markolaser machines to permanently mark logos, serial numbers, QR codes, and technical specifications on materials such as ABS, PVC, and polycarbonate. The markings are durable, highly legible, and resistant to fading, wear, and environmental exposure.