Introduction – Fiber Laser Marking Machine Manufacturer in India
Techno Laser is a leading fiber laser marking machine manufacturer in India, delivering industrial-grade systems built in Ahmedabad, Gujarat. Our MOPA and Q-switched platforms produce permanent, high-contrast marks on metals and select engineering plastics—ideal for automotive, aerospace, medical, electronics, tools, white goods, and contract manufacturing. With stable optics, high-speed galvo scanners, and intuitive software, Indian plants achieve consistent code quality, uptime, and compliance across multi-shift production.
Working Principle & Process Flow
Fiber laser marking uses a 1064 nm beam amplified in an active fiber and directed through a digital galvo scan head. Your artwork or variable data (serials, QR/Datamatrix, barcodes) is converted to scan vectors; mirrors steer the beam at high speed to anneal, etch, or engrave the surface. With MOPA pulse-width control, operators fine-tune contrast on stainless steel, anodized aluminum, and dark plastics while minimizing heat-affected zones. Integrated I/O enables encoder/sensor sync for reliable inline coding on conveyors or indexing tables.
Local application testing, faster commissioning, and responsive service help you qualify marks quickly and keep OEE high. Techno Laser provides sample trials, fixture design, optics selection, operator training, preventive maintenance, and integration with encoders, sensors, and PLCs to match Indian shop-floor realities—power conditions, dust, and takt times included.
Maintenance & Safety Tips
ChecklistTechnolaser
Monthly / Quarterly
Clean protective/field lenses; verify beam alignment and spot quality.
Inspect fume extraction filters; keep fixtures and work area dust-free.
Back up parameter recipes; validate 2D code grades per QA plan.
Safety & Operation
Use eyewear suitable for 1064 nm; ensure interlocks and enclosure are active.
Tune power, frequency, speed, and fill strategy to avoid over-burn or unintended deep engraving.
Log inline readability (scan grades) and keep fixtures rigid for consistency.
FAQs — Fiber Laser Marking Machine
Q1
Which materials are best for fiber laser marking?
Stainless steel, mild steel, aluminum, anodized aluminum, brass, copper, titanium, and coated metals. Certain dark engineering plastics are possible with tuned MOPA settings.
Q2
What field sizes are available?
Popular fields are 70×70, 110×110, 150×150, and up to 300×300 mm with matched F-Theta lenses, depending on resolution needs.
Q3
Can your systems mark variable data online?
Yes. Controllers support serials, date/time, shift codes, and QR/Datamatrix; encoder and sensor inputs enable synchronized marking on conveyors.
Q4
What’s the difference between MOPA and Q-switched sources?
MOPA lets you tune pulse width for surface finishes and color effects, especially on stainless steel and anodized aluminum. Q-switched is ideal for robust engraving and throughput.
Q5
What upkeep is required?
Routine optics cleaning, fume extraction checks, and periodic calibration. The process is consumable-free and designed for long service life.