Versa laser cutter

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Lasers: Cut and Engrave

It took 40 minutes to complete this test. The lens on the right is the conventional lens and mirror assembly and the one on the left is the HPDFO lens. Follow the light path as it goes through the HPDFO lens, with each reflection, the light beam is intensified by further focusing the beam into a smaller and smaller dot size. Stemware and a wide variety of other cylindrical shaped objects can be easily marked using the cylindrical attachment. They are all air-cooled and come with a long list of optional accessories air assist, rotary fixture, downdraft cutting grid, compressed air. They run off of either or power and require a good exhaust system. Beyond that, however, there are many differences both in basic design and the software to control it. This is because it was designed to feel at home in an office setting or in a shopping mall kiosk or retail gift shop. Although the combined weight is a couple hundred pounds, the large wheels roll nicely over carpet or solid floors. The only operating requirements are a standard wall outlet and a USB connection. Beyond its good looks however, is a powerful machine. Designed with the novice in mind, the unit has been kept very simple, but that in no way limits the capabilities of this laser. The lens assembly is held in with two thumbscrews to accommodate easy cleaning. The enclosed lens cabinet not only helps keep the lens and mirror s clean and safe, but also makes it fast, easy and foolproof to change from one lens to another. Work tables rotary, downdraft cutting grid or flat are all interchangeable in a matter of seconds. Best of all, the software always knows which table is installed and makes any necessary adjustments automatically. Of course, there are plenty of well-hidden safety devices to prevent accidental damage to either the machine or the operator. The laser can be focused in two ways. It can also be manually focused and has a red diode pointer to make focusing and positioning both fast and simple. This, too, is handled using the special software. The absolute best way to use any laser regardless of brand or model is to connect it to a properly designed ventilation system which vents the smoke and fumes outdoors. However, sometimes this is not possible, e. That's when you need a smoke filtration system. When ULS's chemical and HEPA filtration system is used, it too is computer-controlled and is turned off and on automatically by the software to limit noise and energy use. This makes it impossible for operators to run the laser without the ventilation system operating properly. No filtration, no laser and no way for the typical user to bypass this safety feature. I tested the laser using this system and found it more than adequate for everything I did.

Advanced Laser Systems for 1000s of Materials

How many laser cutters have you come across as you do your projects? There are quite a number of laser cutters available in the market. What differentiates the best laser cutter from the basic ones are the features. This is pure bliss for you as a user because competition improves the product or service. Let me take you through the different types of laser cutters and why each one of them is the better option. Different type of laser cutter machine is designed to meet the needs of the consumers. After hours of research, testing and analyzing the features, we put top 5 list for this gears. Are you in the shoe, advertising or toy industry? Are you looking for a laser cut to suit your huge needs? Then this is the machine for you. The Mophorn laser engraving machine is the best laser cutter for small-scale businesses. Most designers will want to use this software as the best work of art is made with good software. This machine got you covered. With the Mophorn Laser, you are free to take up any project as the maximum cutting size is by mm. This simplifies your work even when you have multiple of these machines but just one computer to use. What does that mean? It means that you can operate the cutter entirely without using a computer. This control system is also user-friendly and has a large color display screen. Are you on a budget and you need a good laser cutter? Below are the features that make this laser favorable. We are talking about value for your money. You may have spent slightly less than you would but the performance of this cutter will not disappoint.

VLS Series Lasers

Both user interfaces are configured intuitively, enabling all users to produce expert quality results. They also provide an Intelligent Materials Database that calculates optimized settings for laser processing on hundreds of materials. The Intelligent Materials Database also allows for manual override control for adjusting laser material processing settings. Both the Universal Control Panel UCP and the Laser System Manager LSM also provide a Duplicate feature for creating multiple instances of a design file and an Estimator feature that provides accurate calculation of processing times for every laser material processing job. Benefits provided by both interfaces include the following:. Universal Laser Systems provides two user interfaces. Both interfaces allow users to execute laser processing operations with three easy steps:. The LSM provides additional features such as segment reduction, line simplification and smoothing, kerf compensation, and drill and pierce modes. Both interfaces are multilingual, allowing for the same easy to use interface to be used around the world. The user interfaces are designed to be intuitive and easy to use. Running laser processes with these interfaces is as easy as The user first uploads or prints the design file. Virtually any design file format can be used. The next step is to select the material from the Materials Database and enter a thickness. The database automatically calculates the optimized laser settings. ULS regularly updates the interface software; updates are posted quarterly and can be accessed online. The Direct Import feature has the advantage of preserving the integrity of the original design file, unlike competitive laser systems that rely on printer drivers only. The Intelligent Materials Database can calculate optimized laser settings for hundreds of materials. This eliminates the need for users to develop settings through trial and error, saving substantial time and materials. The materials database window makes it easy for users to select the proper material. The optimum settings are then calculated automatically enabling the user to achieve professional quality laser material processing results. Any design file can easily be duplicated to fill the entire laser processing field as shown in the images below. The user simply uploads the graphic and then selects the Duplicate feature. The user can either choose to create a certain number of duplicates or fill the entire processing field with as many duplicates that will fit. This is ideal for maximizing manufacturing efficiency. A gasket design is duplicated to fill the laser processing field with identical copies. The Estimate feature allows users to compare processing throughputs with various laser system configurations. Estimates can be run with different platforms, different laser powers, and different throughput enhancing options such as SuperSpeed TM to determine what configuration will deliver the best throughput for a particular laser processing operation. This helps customers to optimize their return on investment ROI. All laser processing settings needed to execute a particular laser process are stored and organized so that they can be recalled easily for future use. The user interface can store 2, different files.

Advanced Laser Systems for 1000s of Materials

While Epilog provides multiple machines that will work regardless of your material demands, these guidelines have been designed to help you choose the right laser for your particular applications. The Epilog Zing 24 is a popular choice for starting a small business because of its compact size and incredible versatility. Many laser-friendly materials wood, acrylic, plastic, etc. The laser engraver is powered by a watt CO2 laser tube with ceramic components, which balances long life with a low recharge cost. The Epilog Zing 24 also allows you the ability to add on a Rotary Attachment for the engraving of glasses, mugs, wine bottles, and other cylindrical items up to 5. The engraver is incredibly easy to use and is designed to operate through a print driver. Set your page size to the size of the piece or area you are engraving, lay out your graphics just like you are printing to paper, and send it to the laser. You can choose a speed and power setting based on the material you are using. Learn more about the Zing Laser Series. The Epilog Helix is a favorite for glass engravers because of the large z-depth of the motorized table. When you want to engrave a magnum bottle of wine or a large vase, this becomes an indispensable feature. Learn more about the Legend Laser Series. When you are looking for a small, lightweight laser system for traveling to craft shows, tradeshows, and other events, the Epilog Mini 18 is a great choice. Weighing only 70 lbs. Alternatively, you can set the laser directly on a table or filtration unit to maximize space in your workshop or booth. Having the laser on display at events provides an instant wow factor to your space, as attendees can watch the laser work on your products. It also lets you offer customizations on the spot, adding customer names and event dates to your items right at the show or fair. The Center Engraving feature lets you quickly set up such custom jobs right at the laser. Just choose the center point of your object, draw a vector box around the graphic you want to engrave, and run the vector job with the lid open and red dot pointer on. This gives you the exact location where the graphic will be engraved! No guess work or endless measuring means you can run the laser at a show with minimal hassle. When looking for a laser engraver to handle more industrial applications, like metal engraving, barcoding and serializing parts, many of our customers look to the FiberMark. This system features the ability to engrave directly — with depth — into almost any metal and to change the colors of engineered plastics when engraved.

Is Laser Engraving Here to Stay?

Parts could be scrapped because of inconsistent cut quality, or assist gas could be wasted because of leaks in the gas delivery system. For some, laser maintenance is a given. The meticulous metal fabricator knows how important it is to keep the laser cutting machine at its top efficiency and productivity levels. The equipment is probably under a service contract, and the fabricator religiously follows scheduled preventive maintenance recommendations. For others, laser maintenance is out of sight and out of mind see Figure 1. These carefree fabricators are more concerned with uptime than scheduling downtime for maintenance. But at this point, because the fabricator has not stayed on top of recommended maintenance activities, the equipment operator is at a loss where to begin the investigation. The problem can be due to any number of variables, and precious productive cutting time is lost while the search for the cause of the production disruption takes place. No matter what the approach to laser maintenance may be, a metal fabricator can reduce future hassles significantly by staying mindful of just a few commonly overlooked maintenance areas. Otherwise, out-of-spec optics can affect mode quality, beam quality, cutting performance, and optics life. Beam analyzer and beam profilers are available to address this issue. These tools are large camera-based systems that measure the beam characteristics when the laser beam passes through. However, this equipment is typically very expensive to purchase and complicated to use in a shop environment. Because the beam must pass through the large analyzer box, it needs to be placed on the machine table, underneath the Z axis, a tight spot. Some manufacturers eliminate the need for that costly equipment by imprinting and attaching original mode burn profiles on a piece of acrylic attached to each machine before it leaves the factory. This allows fabricators to reference and check quickly for proper shape, size, power setting, and beam optic specifications. As the fabricator checks out the resonator and the beam delivery components, he or she is looking for cleanliness. If spots on an optic are ingrained onto the surface, meaning they cannot be wiped away, they will continue to grow and will need to be replaced. At the processing area, the operator checks primarily the processing lens, but also confirms that all optical components throughout the system are aligned. Hot and cold optics checks can be performed both at the resonator and at the processing area. Hot burns most often affect the transmissive optics—or those that absorb heat—specifically the output coupler and lens. If any optics are causing thermal distortion, the evidence reveals itself immediately. Kerf change is easily seen in mild steel, medium sheet cutting with oxygen. If this is the case, the operator is able to isolate and identify the culprit: output coupler or lens. Most laser machines use an assist gas for cutting. Assist gas flows through the laser head and out the cutting nozzle with the laser beam to achieve a cleaner cut. Oxygen, nitrogen, and shop air are the most common assist gases.

Universal Laser Systems Interface

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