Glass and ceramics are hard, brittle and often used in demanding environments. Laser marking and engraving provide permanent, contactless identification for labware, electronic ceramics and industrial parts.
Laser processing can create frosted marks on glass, high-contrast ceramic labels, decorative patterns and precise micro features when the laser source and parameters are carefully matched.
Creates durable frosted or matte marks on bottles, cuvettes, beakers and optical parts.
Marks alumina, zirconia, glazed ceramics and ceramic electronic components.
Adds fine patterns, logos and surface textures for consumer and architectural products.
Uses controlled laser energy for fine engraving or micro features on technical ceramics.
Glass and ceramic laser processes depend on absorption, surface finish, thickness and acceptable micro-cracking. Sample testing and optical configuration are critical.
These materials are common in high-temperature, chemical and precision environments.
Cuvettes, beakers, sample containers and borosilicate glassware.
Ceramic substrates, packages, sensors and insulating components.
Ceramic implants, dental crowns, lab equipment and instrument parts.
Glassware, tiles, decorative panels and branded ceramic products.
Demand is growing for permanent codes on smaller and more fragile technical components.
USP lasers help reduce heat effects for demanding brittle-material applications.
Special coatings and tuned laser parameters improve readability on difficult surfaces.
Vision positioning and gentle fixtures help scale fragile component processing.
Tell us the material type, surface finish and durability requirement. We can help evaluate the laser source and marking process.