Venox Teknoloji's UV laser marking machines are designed to deliver top-level quality on heat-sensitive and delicate surfaces. Thanks to the ultraviolet wavelength, they operate with a low thermal impact; this minimizes the risk of melting, burning, or deformation on the material and enables a much cleaner and more controlled processing capability.
Clear, legible, and long-lasting markings can be made on different materials such as plastic, glass, metal, and silicone. UV lasers stand out in applications that require high precision, such as pharmaceutical packaging, cosmetic product labels, electronic components, and medical parts. While providing energy efficiency with high-speed processing capacity and low power consumption, they also facilitate quality control and strengthen traceability requirements. In addition, they offer an effective solution in critical areas such as brand protection and prevention of counterfeiting.
UV Lasers?
What is a UV laser and how does it work? UV lasers perform marking on the material surface with low thermal impact using ultraviolet light. This makes it possible to achieve high readability in fine details without altering the structure of the material.
Which materials can UV lasers be used on? They can be used effectively on various materials such as plastic, glass, metal, ceramic coatings, and silicone.
How is maintenance performed for UV laser machines? Periodic cleaning of optical components, system checks, and software updates are recommended. Overall maintenance requirements are low.
Is UV laser marking permanent? Yes, markings made with a UV laser are permanent; they remain legible for a long time in applications that require fine detail and high contrast.
What are the advantages of UV laser machines? Low-heat-impact precision marking, high level of detail, energy efficiency, and clean processing on the material are the main advantages of UV lasers.
DIFFERENCES FROM OTHER LASER TYPES
Wavelength: UV lasers operate at a shorter wavelength, enabling sharper and more controlled processing at micro detail levels. Fiber and CO2 lasers offer advantages in different material groups with longer wavelengths.
Thermal Impact: UV lasers are preferred for heat-sensitive materials because they process with minimal thermal impact. In fiber and CO2 lasers, the thermal impact may be more pronounced.
Application Areas: UV lasers stand out in high-precision fields such as electronics, medical, and packaging. Fiber lasers are mainly used for metal-focused applications, while CO2 lasers are more commonly used on organic materials.
Application Examples for UV Machines
