Inkjet
Inkjet
Coding and Marking
Laser Marking and Laser Engraving explained
The MarkTech 30i is a Handheld Laser Engraver designed with portable laser engraving in mind. Outfitted with a powerful 30W Fiber Laser and large marking area of 100mm x 100mm. This Portable Laser Engraver has Laser Marking Software via a built-in Touchscreen Controller. Weighing in at approx 27lbs., the Marking and Engraving can now be performed at the point of activity in any manufacturing or inventory receiving workflow. This Metal Laser Engraver can be configured to "Laser Print" Date/Times and Part Numbers or Serial Numbers, as well as QR Codes, 1D Barcodes and the Datamatrix Code. Industrial Laser Marking your Logos and Symbols as Raster or the crisper Vector formats. Just plug into electrical power, configure and save your Laser Engraving or Marking job and your ready.
CLICK: MarkTech Handheld Laser Engraver Datasheet
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The BenchMarker 30i is a Laser Marking Machine designed for stationary Laser marking. Outfitted with a powerful 30W Fiber Laser and large marking area of 100mm x 100mm. This Portable Laser Engraver has Laser Marking Software built-in to the Touchscreen Controller and Laser Source in a cabinet. Perfect for a workpod area in manufacturing and assembly shop floor. This Metal Laser Engraver can be configured to "Laser Print/Engrave" Date/Times and Part Numbers or Serial Numbers, as well as QR Codes, 1D Barcodes and the Datamatrix Code. Industrial Laser Marking your Logos and Symbols as Raster or the crisper Vector formats. Just place the BenchMarker Laser Marking System onto a worktop, plug into electrical power, configure and save your Laser Engraving or Marking jobs and your ready for Laser Engraving and Laser Marking.
The Laser can be deployed for Production Line Laser Marking and Laser Engraving where products and parts are moving past the Laser Marking Head. Many configurations are possible for the needs of different Manufacturing production lines. This kit includes the essentials; a Fiber Laser Marking Machine, Touchscreen Laser Controller, Floor Stand, Photoelectric Sensor for product detection and Shaft Encoder for capturing line speeds to ensure legible text and image markings. designed for stationary Laser marking. This Metal Laser Engraver can be configured to "Laser Print/Engrave" Date/Times and Part Numbers or Serial Numbers, as well as QR Codes, 1D Barcodes and the Datamatrix Code. Basic Configuration example - Just place the AutoMarker Laser Marking System next to a automated belt conveyor, and as each part passes the photoelectric sensor the Laser Marker processes the "print message" directly onto your parts.
Print QR Codes or the Industrial Datamarix 2D Code with the Laser Engraver Machine. Laser Engraved 1D Barcodes are also possible for Laser Engraving / Laser Marking on Steel and Aluminum.
Easily import your Logo or Graphic of Diagrams for Logo Laser Engraving onto Metals and some Plastics such as ABS, PE (polyethylene), PS (polystyrene)
The Laser Marking for Part Numbers and Serial Numbers are essential to manufacturing for proper Track and Trace of industrial parts and other manufactured goods and products.
The Laser Marking and Laser Engraving Machines can produce excellent results for Text and Fonts, such as Stencil Text on Pipe and Metals. Easily Mark cut instructions onto metal parts that are to be assembled at a downstream supplier or process.
Settings for lighter marking intensity the bare aluminum will turn white. Increase the settings on the Laser Engraver Machine to provide a dark grey or charcoal color. Laser Engraving Bare Aluminum and Cast aluminums,these are typically annealed resulting in a white color, unless a specification calls for greater depth and contrast.
Steel is used in virtualy every industry. Laser Marking Stainless steel lends itself to every laser marking technique used today. Laser Annealing (or Carbon Migration) is to acheive a results of Dark Marks on the steel, per Laser Marking.
Anodized Aluminum via Laser Engraving is one of the most commonly marked substrates and is used in many industries. Laser Ablation is the most common marking technique for anodized aluminum because it exposes the aluminum underneath resulting in a good looking white appearance.
Laser engraving stainless steel removes an important protective layer. In fact, any method that digs or marks or gouges shallow or deep on the surface will remove this layer. The result is rust and this is why to create dark marks such as logos or data matrix codes on stainless steel, you need to rely on a Laser Annealing technology found with the Fiber Laser Marking Machines shown above.
The thermal properties are ideal for laser marking systems when marking copper or brass metals because the heat is quickly dissipated. Laser Engraving is the best process for Brass to provide readability of text or for machine readable Barcodes.
Our Fiber Laser Marking Machine come in 30-50 watts and can easily remove the powder coatings and Laser mark the underlying surface. The Fiber Laser Engraver can also ablate, etch and engrave painted metals.