Fiber Laser Marking Machine Manufacturer in Gujarat
Introduction – Fiber Laser Marking Machine Manufacturer in Gujarat
Techno Laser is a fiber laser marking machine manufacturer in Gujarat, delivering high-precision, permanent marking solutions for metals, alloys, coated parts, and engineering plastics. Our near-infrared fiber systems produce crisp alphanumeric text, logos, barcodes, and 2D codes on stainless steel, aluminum, brass, copper, and titanium—serving automotive, electronics, medical, fabrication, and tooling industries across Gujarat and India.
Working Principle & Process Flow
A fiber laser source (typically 1064 nm) generates a beam that is steered by a high-speed galvo head over the part surface. Controlled energy density creates surface annealing, color change, or engraving to form durable marks. Designs and variable data are prepared in software and transmitted to the controller; the beam traces text, logos, and QR/Datamatrix codes with repeatable accuracy. Integrated I/O enables inline marking synchronized with sensors, encoders, and PLCs on Gujarat manufacturing lines.
Medical & surgical: instruments, implants, orthopedic components
Coated/plated parts: anodized, painted, PVD, black oxide
Benefits
High-contrast, high-speed marking directly on metals—no consumables
Fine detail for micro-text and high-grade 1D/2D codes
Low operating cost with long source life and minimal service
Stable, repeatable output suitable for audits and compliance
Compact footprint; easy integration into automated lines
Key Features
Reliable fiber laser source (e.g., 20 W / 30 W / 50 W options)
Digital galvo scan head for fast text, logos, QR/Datamatrix
Intuitive software for serials, UIDs, dates, counters, variables
Fine spot for precision marking (<0.1 mm line width) on metals
Air-cooled/chiller options for continuous industrial duty
Inline-ready with encoder/photo-sensor inputs and PLC interface
Class-1 enclosure options, interlocks, and fume extraction readiness
Why Choose Us
As a Gujarat-based manufacturer, we run application trials on your parts, select optics for your field size, and deliver turnkey integration with conveyors or indexing tables. Our service team provides operator training, preventive maintenance, and rapid on-site support to keep your lines productive and your codes audit-ready.
Maintenance & Safety Tips
ChecklistTechnolaser
Monthly / Quarterly
Clean protective/field lenses; verify beam alignment and spot quality.
Inspect exhaust filters; keep the work area free from metal dust and fumes.
Back up parameter recipes and verify code grades periodically on production samples.
Safety & Operation
Use eyewear rated for fiber/IR; ensure interlocks and enclosure remain engaged.
Tune power, frequency, and speed to the alloy/coating to avoid over-burn or low contrast.
Verify contrast and scan grades inline; log QA results for audits.
FAQs — Fiber Laser Marking Machine Manufacturer in Gujarat
Q1
Which materials are ideal for fiber laser marking?
Stainless steel, aluminum, brass, copper, titanium, tool steels, and coated/plated metals. Certain engineering plastics with metallization also work well.
Q2
How does fiber differ from UV or CO₂ lasers?
Fiber (IR) is best for metals and conductive materials. UV excels on sensitive plastics and glass via photochemical marking. CO₂ suits organics like paper, wood, and acrylic.
Q3
Can your systems handle variable data online?
Yes. Controllers support serials, timestamps, and QR/Datamatrix; encoder and sensor inputs enable synchronized inline marking on moving lines.
Q4
What field sizes are available?
Common fields are 60×60, 100×100, and 150×150 mm with matched F-Theta lenses; larger custom fields can be offered based on resolution needs.
Q5
What upkeep is required?
The process is consumable-free; routine optics cleaning, exhaust filter checks, and periodic calibration maintain stable quality and uptime.