Laser Marking, Etching and Engraving Service

Laser Marking and Etching

Advanced Laser Marking, Etching and Engraving of Stainless Steel, Some Plastic, and Ceramic Parts 

As government and industrial regulations for clearly legible, permanent marks and serial numbers on medical and aerospace parts increases, laser marking, laser etching and/or laser engraving or scribing, is rapidly growing in need. We use YAG and CO2 systems to professionally laser mark, etch and engrave metals, ceramics, plastics, Teflonwoodmedical tubes and surgically implantable parts for the biggest names in medical devices and aerospace subsystems. We also offer a wide variety of metal coatings and finishes for preservation of markings and serial numbers.

Our laser machining expertise includes:

  • Marking field diameters of up 6 inches
  • Table travel up to 18 inches
  • Tiling capability
  • Numerous selection of character fonts
  • Several bar-code sets
  • Variable character widths from 1% to 500%
  • Variable character heights from .008 inches to 4.00 inches
  • Variable character spacing
  • Justification (left-center-right)
  • Italics (-26 to +26)
  • Mirror imaging
  • Ring marking (inside and outside readable)
  • Line marking in any direction at any angle
  • .0008 inch programmable resolution
  • Rotary engraving, marking, etching capability of tubes and cylinders
  • Variable etch depths (with certification) 

The only way to get the most durable markings on medical and other critical components that will endure sanitation and time

The rigorous sanitation requirements for many reusable medical and other critical appliances and tools frequently requires the tools to be placed in extremely harsh sanitization chemicals or under high heat and moisture environments. Most marking technologies, and even early laser marking, had difficulty maintaining marking that didn’t flake, erode, or develop oxides or corrosion byproducts. Our latest laser marking techniques are precise and controlled enough to produce marks that don’t produce debris or fade away even after many sanitation cycles. Many single-use or implanted medical devices and appliances require marking also, and highly durable, pigment free, and debris free laser marking is also a viable solution for these applications.

Learn more in our Tech Brief: "Eight Benefits of Laser Machining to Designers of Medical Tools and Devices"

What’s the difference between laser marking, etching and engraving?

These laser machining terms are often used interchangeably but they each offer slightly different results.

Laser marking is typically used for marking various metals needing serial or model numbers. Our alpha-numeric laser marking and bar coding is done via computer-controlled optics with rotary capabilities. This means we can mark any variation of flat, curved or round surfaces with sequential serial numbers, alphanumeric (including OCRA-A) variations, and bar codes.

Laser etching comes in handy when we need to etch away a certain material, such as laminates, ceramics, and plastics to create labels or other identifiers.

Laser engraving is also included in this category, but is mostly reserved for when we’re talking about wood, metal plaques and plates, jewelry, firearms, automotive emblems and the like.

We're located just north of Boston, Massachusetts in Westford, MA, and proudly service the entire US with many laser machining and secondary processing services. All of our materials are stocked in-house for optimal convenience.


Tech Brief Describes the Laser Marking Alternative to Screen Printing

Why Use Laser Marking Instead of Screen Printing?

Why Use Laser Marking Instead of Screen Printing?

Laser Rotary Engraving of Bar Codes and Sequential Serial Numbers

Laser Rotary Engraving of Bar Codes and Sequential Serial Numbers

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All Rights Reserved.
Copyright © 1970 - 2019 by Accumet.



All Rights Reserved.
Copyright © 1970 - 2019 by Accumet.