Laser marking creates permanent, high-contrast identifiers such as serial numbers, logos, barcodes, QR codes, and decorative patterns directly on the part surface without inks, labels, or mechanical contact. The result is durable, precise, and resistant to wear, heat, and chemicals.
GZTECH MOPA, UV, and green laser sources enable color marking on stainless steel, black annealing on titanium, deep engraving on tool steel, and gentle high-contrast marking on plastics, ceramics, and coated surfaces with full parameter control.
Compatible Materials
Material is ablated to form a recessed mark with excellent contrast, ideal for dies, tools, and industrial parts.
Controlled heating creates a smooth, dark mark without material removal, preferred for medical and premium components.
MOPA pulse control creates interference colors on stainless steel for decorative and traceability applications.
Specific parameters produce high-contrast marks on plastics without cracking, burning, or yellowing.
Laser marks resist abrasion, chemicals, temperature, and handling, making them ideal for lifetime identification.
Tamper ResistantMOPA sources create vivid colors on stainless steel without inks or pigments, expanding decorative and functional marking options.
MOPA ControlledMark barcodes, QR codes, and Data Matrix codes with excellent scan reliability for industrial and compliance workflows.
Industrial CodingEliminate labels, ink, and printing tools. Operating cost stays low while uptime and repeatability remain high.
Low TCOSerial numbers, logos, traceability codes, and permanent identification on machined and fabricated components.
Black annealed marks and traceability codes on surgical tools, implants, and stainless medical instruments.
PCB identification, component coding, wafer marking, and precise laser marks on sensitive electronic materials.
Decorative patterns, premium branding, and fine engraving on jewellery, watches, and high-value consumer products.
Copyright © Monotek Photonics India Pvt. Ltd., All Rights Reserved.
Designed By Monotek Photonics