Techno Laser is a specialist in UV laser marking machines for glass, based in Ahmedabad, Gujarat. We deliver ultra-precise, permanent branding and coding on glass substrates like vials, lenses, slides, and bottles, ensuring excellent contrast, clarity, and durability for laboratory ware, optics, medical glassware, and glass packaging across India.
Working Principle & Process Flow
Our system generates a 355 nm UV beam which is guided by a high-speed galvo head to scan over glass surfaces. The short wavelength drives photochemical reactions instead of thermal ablation, allowing crisp marks without cracking or damage. You design logos, text, QR/Datamatrix codes, or variable data in software and the controller translates them into beam paths with repeatable accuracy. Integrated I/O enables sync with sensors, encoders, or PLCs for inline glass marking.
Applications & Benefits — UV Laser for Glass
Applications
Optics & lenses: precise micro‐etching on curved or flat glass
Medical & pharma glassware: vials, ampoules, syringes, slides
High contrast, deep‐looking marks on transparent glass with no coating removal
Minimal heat input avoids cracking, microfractures or stress on glass
Permanent, consumable-free processing with low maintenance cost
Supports high-quality 1D/2D codes and traceability on glass surfaces
Compact footprint suitable for inline integration into glass processing lines
Key Features
355 nm UV laser source optimized for glass processing
High-precision galvo scan head for sharp marking on smooth/curved glass
Intuitive software handling logos, serials, QR codes, variable data for glass parts
Fine spot capability for micro-text (< 0.5 mm) on glass substrates
Air-cooled or chiller options for stable performance during extended use
Inline-ready with encoder/sensor inputs and PLC interface for glass lines
Optional class-1 enclosure, safety interlocks, and fume extraction for glass marking
Why Choose Us
Because we are focused on **glass marking**, we offer sample trials on your actual glass parts, custom optics (e.g. flat, curved, or aspheric lenses), and turnkey integration for conveyor, rotary, or indexing glass systems. Our team provides training, preventive care, and fast support so that your glass marking operations stay reliable and audit-compliant.
Maintenance & Safety Tips
ChecklistTechnolaser
Monthly / Quarterly
Clean protective lenses and confirm beam focusing alignment on glass surface.
Inspect fume extraction system and keep marking area free of glass dust.
Backup your mark parameter recipes and verify code legibility and grade periodically on glass samples.
Safety & Operation
Always wear protective eyewear rated for 355 nm and ensure safety interlocks are active.
Optimize power, speed, and frequency carefully to avoid micro‐cracks or glass stress.
Continuously monitor code contrast, grade, and log quality checks for audits.
FAQs — UV Laser Marking Machine for Glass
Q1
What types of glass can be marked?
You can mark borosilicate, soda-lime, fused silica, quartz, and coated or tempered glass used in optics or labware.
Q2
How does UV marking differ from other lasers on glass?
Because 355 nm UV promotes photochemical modification rather than strong thermal effects, it produces clean marks on glass without cracks or damage—unlike high-power IR or CO₂ lasers.
Q3
Can variable data be marked on glass in real time?
Yes — the controller supports serial numbers, batch codes, timestamps, QR/Datamatrix codes, and integrates with encoders or sensors to mark on moving glass lines.
Q4
What field sizes are available for glass marking?
Standard field sizes are 70×70 mm, 110×110 mm, and 150×150 mm with f-theta lenses. Custom large fields for wide glass panes are also possible depending on resolution needs.
Q5
What maintenance is needed?
As there are no consumables, upkeep is simple: periodic cleaning of optics, checking filters for fumes, and recalibrating mark parameters ensure consistent quality on glass.