eB2BMart

Metal Laser Marking Machine

₹2,00,000.00

Specification

power
20W, 30W, 50W, 100W
cooling
Air or Water
interface
USB, RS232
technique
Country of Origin
laser type
Fiber, UV, CO2
resolution
Up to 0.001mm
wavelength
1064nm (fiber), 355nm (UV), 10.6μm (CO2)
marking area
100×100mm to 300×300mm
marking speed
Up to 7000 mm/s
control software
EZCAD, proprietary, G-code
country of origin
Made in India
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Description

�� Laser Marking Machine – Description A laser marking machine is an industrial device used to permanently mark, engrave, or etch a wide variety of materials using a focused beam of laser light. The marking is typically used for identification, branding, traceability, or design on metal, plastic, ceramics, glass, and more. ��️ Key Components Laser Source Generates the laser beam (Fiber, CO₂, UV) Power range typically: 20W–100W Galvanometer (Galvo) Scanner Mirrors direct the laser beam at high speed for precise marking. F-theta Lens Focuses the beam onto the material surface. Controller Unit Runs marking software (commonly EZCAD, proprietary software, etc.) Worktable/Marking Bed Fixed or movable platform for holding workpieces. Cooling System Air- or water-cooling, depending on machine power. �� Types of Laser Marking Techniques TechniqueDescriptionBest For Engraving Removes material to create deep marks Metals, jewelry, tags Etching Slight surface removal, faster than engraving Electronics, tools Annealing Heat-based discoloration, no material removed Stainless steel, medical tools Foaming Raised mark created by bubbling the surface Plastics Carbonizing Changes material color by removing oxygen Wood, paper, leather ⚙️ Common Specifications FeatureRange / Details Laser Type Fiber, UV, CO₂ Power 20W, 30W, 50W, 100W Wavelength 1064nm (fiber), 355nm (UV), 10.6μm (CO₂) Marking Area 100×100mm to 300×300mm Marking Speed Up to 7000 mm/s Resolution Up to 0.001mm Cooling Air or Water Control Software EZCAD, proprietary, G-code Interface USB, RS232 ✅ Advantages of Laser Marking Machines Non-contact process – No mechanical stress on the part Highly precise & clean – Suitable for intricate designs Permanent & durable – Resistant to wear and chemicals Fast processing – Ideal for industrial mass production Low maintenance – Especially in fiber systems �� Applications Automotive parts (serial numbers, VIN codes) Electronic components (QR codes, traceability) Jewelry and precious metals (engraving) Medical instruments (non-corrosive ID) Packaging and plastics (lot numbers, logos) Tools and hardware (deep marks for branding) Would you like this description formatted for a brochure, technical manual, or website product page?

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