Decision Tree: Which Marking Method Should You Choose?
<pre>Do you need PERMANENT marks? ├── NO → Inkjet marking └── YES ├── Is your material METAL or HARD PLASTIC? │ ├── NO → Laser marking (best for…
Browse articles in this category
<pre>Do you need PERMANENT marks? ├── NO → Inkjet marking └── YES ├── Is your material METAL or HARD PLASTIC? │ ├── NO → Laser marking (best for…
Not all 2D codes are equal. Here's how they compare for laser marking: Feature QR Code DataMatrix Linear Barcode Data capacity Up to 7,089 numeric chars Up to…
The purchase price tells only part of the story. Here's what each technology actually costs over five years of typical use: Cost Category Laser (20W Fiber) Dot Peen…
The goal when laser marking a 2D code is simple: maximum contrast between the marked cells and the background, with clean cell edges and no distortion. Here's how…
You can't use the same settings for gold, silver, and platinum. Each precious metal has distinct thermal and optical properties that fundamentally change how the laser interacts with…
Marking a code that "looks good" isn't enough. Industrial traceability requires verified codes — codes that have been measured against an objective standard and assigned a grade. ISO/IEC…
These are starting parameters for a standard 20–30W fiber laser with a galvo scanner. Always test on scrap material first. Gold Marking Parameters Application Power Speed (mm/s) Frequ...
Mistake 1: Insufficient Quiet Zone The quiet zone is the blank border around the code that helps the scanner locate and decode it. For DataMatrix, the required quiet…
Inside-ring engraving is the single most requested jewelry marking service. It's also the most technically demanding. You're marking a curved, confined, reflective surface inside a ring that may…
Determine your cell size. Based on your laser spot size and the available marking area. Minimum 3× spot size. Set up the code in your marking software. Enter…
A MOPA (Master Oscillator Power Amplifier) fiber laser gives you something standard fiber lasers can't: color. By adjusting the pulse width independently from frequency, a MOPA laser creates…
Before we break down each wattage, let's clear up what "power" actually does in a fiber laser system. Laser power (wattage) determines three things: Marking speed — Higher…
A portable (or handheld) laser marker separates the laser source and galvo head from the control unit, typically connected by a fiber cable. The operator holds or positions…
Minimum Requirements for Jewelry Marking Feature Requirement Laser type Fiber laser (1064nm) Power 20W minimum (30W for faster deep engraving) Scanner Galvo with 100×100mm...
Let's start with the most popular option, and for good reason. What 20W Does Best A 20W fiber laser is the Swiss Army knife of metal marking. It…
Desktop laser markers are compact, bench-top units that integrate the laser source, galvo scanner, and control system into a single footprint designed to sit on a workbench or…
Luxe Atelier, a five-person jewelry studio in London, integrated a 30W MOPA fiber laser into their workflow in 2023. The results: Custom hallmarking in-house: Eliminated outsourcing costs of…
The 30W fiber laser occupies the middle ground — and for many operations, it's the optimal choice. What 30W Adds Over 20W The jump from 20W to 30W…
Cabinet laser markers house the entire marking system — laser source, galvo, stage, and often the fume extractor — inside a fully enclosed, interlocked housing. The operator loads…
Let's put numbers to the problem: Problem Cause Cost to Fix Cost to Prevent Fading mark quality Dirty protective window $50–$100 (replacement) $5/month (cleaning supplies) I...