FOBA MarkUS is both a convenient graphic design interface and a high-performance piece of software for the control of the laser marking system that produces the markings. The intuitive application is the control center for all the marking-related applications (2D) that are found in most of FOBA’s systems. Marking contents are created quickly and efficiently. Premium-quality laser markings are applied precisely. As an option, the software can be equipped with the camera systems IMP and Point & Shoot. Additionally, MarkUS contains the axis control and supports grayscales for the creation of impressive grayscale markings. MarkUS is compatible with many of FOBA’s laser marking systems and laser marking machines, and is available in several languages.
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Enables marking without part fixtures (patented). Operators place products anywhere under the laser. A mosaic-like image, created in one second, validates its presence and identity and is used to align the marking content relative to the part location. Only available with the IMP camera system.
Laser Marking Systems
FOBA’s high-performance marking and engraving lasers persuade with their brilliance, permanence, protection against forgery, and precision. They handle nearly all laser marking and laser engraving tasks.
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Laser engraving using a laser engraving machine creates permanent marks in a material so manufacturers and customers can easily identify and track the product. Manufacturers use laser engraving to create product identification numbers, barcodes and other marks on materials like metal, wood and plastics. These marks can withstand time and rugged use, making them ideal for industries like automotive manufacturing and medical device production.
If you’re considering using laser engraving in your operations, it’s critical to understand how laser engraving machines work. Then you can select the equipment that best suits your needs.
A laser engraving machine is a piece of equipment that performs laser engraving, which is the process of engraving designs, letters or numbers on materials using a laser beam. These engraving machines use automation to achieve precise cuts and engravings on various materials, including metal, wood, glass and plastic. The essential parts of a laser engraving machine are the laser and the lenses, which create and concentrate a beam of light powerful enough to engrave the design.
There are many uses of a laser engraving machine. Laser engraving provides durable, long-lasting marks like:
Many types of laser engraving machines are available. These engraving machines function differently, making them suited for various applications. The most common types of laser engraving machines are:
Laser engraving works by using a laser beam to focus a high amount of heat onto a surface to form a pattern. The super-focused laser uses concentrated heat to cut at a certain depth, removing the material’s top layer. Laser engraving machines are programmable to engrave the material with designs, including writing, numbers and patterns like logos. These markings are permanently imprinted into the material, making them durable even after harsh use.
This process owes its existence to recent advances in laser technology. The word laser is an acronym for light amplification by stimulated emission of radiation. Laser engraving machines repeatedly concentrate light beams until they reach the correct power level. The different types of laser engraving machines use varying methods to excite the electrons in the beam to generate high enough energy for the laser to cut the material. Using a laser for engraving requires three factors to operate correctly:
Laser engraving is ideal for improved product identification and tracking. Printed product labels are easily lost or damaged, and other forms of engraving, like handstamps, can be dangerous to operate. Laser engraving makes it easier to identify and track products by permanently marking the material with a durable design that’s human- and machine-readable.
Laser engraving machines are used in various applications and with different materials. From marking serial numbers on medical device parts to engraving certifications on an aerospace component, laser engraving is a highly versatile technique. Consider a few of the materials manufacturers can use laser engraving on during the production process:
The laser engraving process is when the machine cuts a design into a material’s surface. Although this process can vary depending on the engraving machine, it follows a few general steps. Check out this overview of the laser engraving process to learn more about how these machines work:
Before the laser engraving machine can engrave the material, the machine operator must enter a design into the control system. Laser engraving machines use automation and computer software to translate a design like a logo or a barcode into the laser’s movements across the material’s surface. Some laser engraving machines can store hundreds of designs, making it easier for manufacturers to achieve peak efficiency.
After the laser engraving machine receives the design, the operator must put the material in the right place for engraving. Often, smaller materials can go into the laser tray. Larger workpieces may require a larger surface. Many laser engraving machines can be integrated into the production line for easier engraving.
The operator ensures the final settings on the machine are correct for the material and desired engraving pattern. The laser must focus on the workpiece. Then the operator selects the desired engraving settings, including depth and beam power. These settings will depend on the material and the operator’s chosen pattern for the laser engraving.
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Once the operator finalizes the machine’s settings, the machine activates the laser using software to begin engraving. The laser passes over the material throughout the engraving process, carving deep marks with a high contrast that can remain legible even under harsh conditions.
After the laser completes the engraving, the operator removes the material from the machine for further processing. Sublimation creates residues like metal shards and soot after removing the top layer of the material. The material must be processed to clear this residue. Some applications might use shot blasting or heat treatment to eliminate irregularities.
The time it takes to laser engrave depends on the material and the engraving size. The process of engraving can happen quickly. Laser engraving machines are extremely powerful and can concentrate a beam and make a cut into the material within a few seconds.
However, larger applications or harder materials might require a bit more time. Very complicated design can take as long as several minutes, depending on the engraving design, material and laser’s power. Using a higher power laser might help an engraving project go faster.
A project’s details can also affect the time it takes to laser engrave a material. If a laser engraving machine is integrated into a production line, it may be able to complete designs faster than if switching between multiple designs for different projects. Yet sometimes, unique laser engraving projects demand a unique solution. Creating a customized laser engraving machine can help you complete your projects faster and more efficiently.
A laser engraving will not wear off because this type of marking is a permanent cut into the material’s surface. Whereas other types of markings are merely printed on a material’s surface, laser engraving carves into the surface by removing the material’s top layer through sublimation.
Laser engraving has become so popular with manufacturers because of its permanence. Removing a laser engraving would require significant damage to the material, such as cutting the part off, sanding it down or searing it to erase the engraving. Laser engravings can endure harsh conditions, making them durable even in demanding environments.
In contrast, other product marking methods, like printed labels, can become unreadable. Ink smears and the cost of consumables like ink and paper can accumulate. Laser engraving offers benefits like permanent traceability and eliminates consumables. Making the switch from inkjet labels to laser engraving is an excellent way to ensure product identification numbers, QR codes and other markings are always legible.
Using laser engraving on the material’s surface also helps prevent counterfeiting. Laser engraving is tamper-resistant since erasing or removing the engraving would require damage to the material. The best way to ensure a laser engraving remains permanently is to use the right laser engraving machine for the material.
You need a few critical items before you can begin laser engraving projects. Here are the top things you need, whether you’re manufacturing many automotive parts or completing small-scale laser engraving projects:
The type of engraving machine that will work best for your application depends on several factors:
Some laser engraving machines require an effective cooling system to prevent the machine from overheating. During laser engraving, the laser generates heat within the machine, which could damage the machine components if it isn’t treated. Telesis laser markers use air to cool the system.
Laser engraving machines produce smoke, fumes and airborne debris, especially when engraving plastics. A ventilation or fume exhaust system is essential for protecting yourself, other people and the machine from the particles it produces. A good ventilation system should expel vapors, odors and dust.
Laser software is an essential component of laser engraving machines — it enables more complex patterns and streamlines the production process for system operators. Look for laser software that integrates with other manufacturing software and is user-friendly. Some software can also prevent costly mistakes by stopping the laser engraving machine if specific protocols are not met.
Finally, gather the materials you will use for your projects. It may take trial and error to determine the correct machine settings for each material.
Our easy to use laser engraver machines are powerful pieces of equipment that can produce various cuts on a wide range of materials. Whether you’re in the automotive or medical device manufacturing industries or work out of your workshop, laser engraving makes the permanent marks you need to create, track and identify your products.
At Telesis Technologies, Inc., we manufacture state-of-the-art industrial laser marking systems that set the bar for efficiency and ruggedness. We are a one-stop shop for all your product marking needs, from laser software to custom machine design. Our team strives to provide expert service so you can focus on your operation’s core tasks.
Contact us to discuss your requirements of ezcad laser software. Our experienced sales team can help you identify the options that best suit your needs.