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Learn when you might choose one technology over the other in this blog piece: Nd:YAG for Fiber Laser Welding?
Use a picosecond laser for corrosion resistant black marking on stainless steel alloys: UDI marking, banding, part traceability
What’s all the fuss about? Read about micromachining with a femtosecond laser in our blog.
What is it and what can you do with it?
Laser soldering and plastic welding; both possible with direct diode lasers
Read our blog piece Bringing Laser Technology In House: 6 Simple Steps to Success which outlines some of the pitfalls and how to avoid when moving from contract manufacturing.
How to design ring projections for hermetic sealing.
Configure your Glovebox here
Flexible circuit design for hot bar reflow soldering
Check out these tips and tricks for successful setup of your micro tig welding application.
Laser or resistance technology? Which do you choose when it’s critical to prevent external environmental conditions from penetrating the package?
Projection welding of Fasteners to Hot Stamped Boron Components
Laser Cleaning Metal Improves Battery Pack Reliability. Read the blog now.
Industry increasingly relies on sensors in both factories and products. New sensor technologies mean new product capabilities with improved performance and efficiency.
Fast, clean, efficient! Read the blog.
Dark marks that are resistant to bacterial growth, passivation, corrosion and autoclaving. Read more.
High production rate + high yield = industrial process success. Understanding both the process requirements and production environment allows companies to optimize their production rates resulting in lower cost per part and higher profit.
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Laser Marking, also known as ‘laser engraving’ or ‘laser etching,’ is a marking method which utilizes laser light to mark materials using a fine spot diameter ranging. The laser engraver marks with short pulses (10’s-100’s of nanoseconds), providing precise control, and negligible heat input to the part.
A fast and clean technology, laser engraving is rapidly replacing older marking methods like dot peen and chemical etching. A key factor its widespread adoption is the exponential increase in the use of direct part marking to enable tracking and traceability across many industries, most notably medical device and automotive electronics manufacturing. Easy and flexible automation, the fact that it is a non-contact process, improved environmental profile, and low cost of ownership add to the benefits of purchasing and using laser marking equipment or laser etching equipment.
Laser marking can take on many forms – some applications specify highly visible, attractive marks, while others need marks on obscure places or small enough to be visible only using magnification – including annealing, bleaching, engraving, etching, and foaming. The type of mark made is dependent on the characteristics of the laser used to make the mark. The energy density, wavelength, and material properties determine the type of interaction with the material. High energy density and short wavelengths will typically yield ablative/material removal effects, while lower power density and longer wavelengths will typically yield thermal effects.
Types of marks include alphanumeric characters, bar-codes, 2D matrix codes, serial numbers, logos and graphics. Materials which can be laser marked include metals, semiconductors, plastics, ceramics and more. See our paper Material Suitability for Laser Marking, for more information.
AMADA WELD TECH offers a full line of pulsed fiber laser markers with 10-100 W output power; standard, benchtop, CDRH class 1 eyesafe workstations; and custom engineered system solutions including tooling, vision, motion and optics.
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