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IKIER

IKIER K1 Pro Laser Engraver with Air Assist and Rotary Roller, 24W Output Laser Cutter and Engraver Machine, 120W DIY Laser Engraving Machine, Laser Engraver for Wood and Metal, Acrylic, and Leather

    • Based on 32 reviews
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Size: K1 Pro 24W with Air Assist & R2 Rotary


Features

  • Motorized Z-axisThe days of manual focusing are over. IKIERs intelligent Z-axis helps you achieve autofocus by automatically measuring the distance to the object and automatically adjusting the focus.
  • Revolutionary New Design & FASTEST Engraving Speed Upgraded optical axis and linear guides provide a strong backing for high-speed engraving, ensuring the stability and reliability of the machine. Enclosed timing belts ensure easy adjustment and minimal slippage, providing stable support for the IKIER's high-speed engraving. The engraving speed of IKIER K1 Pro can reach up to 800mm/s, which is 4 times faster than other machines in the industry.
  • 24W Super Laser Output & Automatic Sinking CuttingAdvanced laser coupling technology, 4*6W diode laser, compressed into a super 24W laser beam. IKIERs automatic sinking cutting technology can increase the maximum cutting depth by 40% compared to machines with the same power, while also providing better-cutting results.
  • Safe & Easy to UseIn the event of a flame detection, the machine will sound an alarm and send a notification to a linked mobile device, while the laser module will automatically return to its original position. The child safety lock prevents accidental activation of the machine, ensuring the safety of household members. Upgrading USB-A ports can support offline work.

Product Dimensions: 29.92 x 25.59 x 8.66 inches


Item model number: K1 Pro & R2


Item Weight: 32.5 pounds


Manufacturer: IKIER


Country of Origin: China


Date First Available: July 13, 2023


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Top Amazon Reviews

    • Good mid-level engraver/etcher/cutter
Size: K1 Pro 24W with Air Assist
Review Image by Paula Paula
Review Image by Paula Paula
This is a good mid-level laser engraver. By that I mean it's not a cheapie 10W unit marketed as "Make money from home! Sell unique crafts on Etsy!" but it's not an expensive unit which is expected to be in use ten hours a day. (By the way, in this review I'm using etcher and engraver interchangeably. Yes, I know that they're not technically the same.) The TL;DR version of this lengthy review: Overall I'm happy with it. It should do what you need for hobbyist work or light commercial work. Assembly and Setup: Assembly was straightforward and mostly obvious. The gantry sat square and level when assembled, without any need for loosening and wiggling and tightening. The laser unit plonks right into the slot , held by gravity rather than a clip or bolt. That should be fine, so long as gravity doesn't suddenly shut off. Either I did something wrong, I'm missing an adjustment somewhere, or the laser's vertical range of travel is designed wrong. With the gantry sitting on the table, the head can go down to touch the table and still have plenty of adjustment to go lower. It doesn't go up high enough to pass over anything much thicker than corrugated cardboard. I ended up setting the gantry on 2x4s to get it higher. With this the travel range is about right and I can cut into thicker materials. Electronics plugs go into only one socket within reach, so that's good. The manual is less than clear on this part of assembly. After assembling everything, you'll want a metal sheet to sit under the work area, so that you don't cut into, or through, the table. You'll want a fan or vacuum of some sort; see below. The engraver comes with a set of goggles which work well. A major deficiency in the manuals and the web site is that I can't find the frequency/wavelength of the laser, so I can't get another pair of goggles and be sure that they'll protect properly. Software: I've never used LightBurn before. It's... quirky. This is not the fault of the etcher's manufacturer but LB is something you'll need to deal with. A card that came with the engraver's manual shows how to set up LightBurn for this unit. Just follow the prompts on the illustrations and it's a snap. I'm unable to directly control the engraver from LightBurn. I don't know if that's because I'm running Linux rather than Windows, because my laptop has only USB-A and not USB-C, or because the engraver can't be controlled by LB. What I have to do is export the control information to a memory stick and then move the stick over to the engraver. This is a nuisance and slows me down when I'm fiddling with settings for a new material, but it does work and isn't a real problem. LightBurn was able to import SVGs I created externally (with Inkscape, saving as either plain SVG or Inkscape SVG). I didn't try the apps which can control the engraver, mainly on account of my phone being old, small, underpowered, and generally pathetic. At some point I'll have my daughter install the app on her phone and see what it does for us, but she's been busy with end-of-school-year stuff. Etching Tests: I did any number of simple etching tests to check out the ability to mark on different materials and see what it can do. Most of these tests were on corrugated cardboard and ordinary white printer paper, because they're cheap and I have a lot around the house, but I also etched on wood, acetate, chipboard, and steel. In short, you'll want to experiment on whatever material you want to etch, starting at low power and higher speed and then adjusting and try again until you get good results. Write down the settings for each material, and each color of material. I had effectively no success in etching mostly shiny low-carbon steel. There was only some very light marking after ten passes; it would not be enough for putting a UPC or other marking on a work piece. I might have gotten somewhere if I'd gone for dozens of passes. I didn't bother because it wasn't worth the effort. I don't really need to etch metal; I was just curious. I could also have gotten some etching paste but again, it wasn't worth it. Etching wood and paper worked fine, so long as they were smooth. Rough particle board and plywood went OK, sort of, but results were predictably blurry. Precision is generally good, within a job. In several of the tests I made multiple passes over the same spot and was unable to see any blurring (other than the material being more burned). Rerunning a job without moving the work piece wasn't quite so successful. The second burn was often a little bit off from the first run. It was only a fraction of a millimeter but it was enough to make the result blurry. Oh, I should mention that you need to hold the work pieces in place with either metal weights or clamps. If you just leave it sitting there, it could jostle a little, and a fraction of a millimeter is enough to screw it up. You can see this in some of my jobs, where the squares are good but the letters can be wobbly. I etched one bitmap image onto cardboard. Result was acceptable but the process was slow, 68 minutes for an 8x8" image. The engraver (or else LightBurn) doesn't seem to do grayscale; each "pixel" was either burned or it wasn't. Possibly some further experimentation would show me how to do it better. Cutting Tests: I ran a few tests on cutting through thin softwood, thin hardwood (basswood), "chipboard" (the dense cardboard used in the back of picture frames), thin leather, acrylic, paper, thin styrofoam, and cardboard. These all went well enough. For most, I cut only a 10mm square but these tests should show that the laser can cut jigsaw puzzles, complex shapes for making model airplanes, and so on. I did cut complex shapes from paper, corrugated cardboard, and styrofoam. I did not test with 1/8" luan or similar wood because I couldn't find any. The hardware store had only 1/4" thick and I wasn't willing to pay $45 just to cut a 10mm square out of it. The acrylic cut just fine with fifteen full-power passes, but note that it was black. Clear would have been a problem, most likely, and other colors might have needed more passes. In all of these tests I measured the squares cut out, or the squares etched. They were all very close to the desired 10mm, with the variance between materials likely being due to different material, moisture content, and heat transfer within the material. Cutting a thicker piece of wood didn't work so well. After about the first sixty passes on an inch-thick piece of pine, very little progress was made. It's possible that some weight on the ends, to pull the cut apart, would have let the laser go all the way through. Some other techniques, such as cutting a pair of lines a millimeter apart, might have done it. By the way, I got most of these test materials from an arts and crafts store. I'd been looking in hardware stores for inlay wood and such, and come up dry. Fumes: You'll get unpleasant and probably toxic fumes from everything except untreated wood. You'll want either good ventilation, a fume hood, or a vacuum filter. That last is what I have set up now. If we end up using this unit enough to be worth it, I'll get a hood both to contain fumes and to provide protection from the laser. (As it is, I set up a stack of boxes between the garage door and the table with the engraver because people keep walking in even when I told them to stay out until further notice.) Suggestions to the Manufacturer: 1. Improve the instructions so that a non-engineer can put them together without tears and profanity. I'm pretty sure that my wife and daughter would not be able to assemble this. 2. Put a clip on the laser head's mount to hold the cable which comes up from the left-right rail. The cable tends to slip down so that the laser head cannot be adjusted all the way down (Z-axis) because the ribbon cable going to the laser is pulled tight. The cable from the X-axis rail is easily wiggled up half an inch to let the laser head go farther down, but I needed to do this every time I adjusted the height, until I stuffed a wad of paper into the ring to hold the cable in place. 3. Either adjust the Z-axis limits, or adjust the fitting of the laser head into its mount, or give instructions for the user to adjust things, or give instructions that the gantry should be mounted on blocks to raise it above the work area. As I noted above, the laser's height range is too low with the gantry sitting directly on the table. 4. List the laser's wavelength clearly in the manual so that users can buy more goggles. ... show more
Reviewed in the United States on June 12, 2023 by Paula Paula
    • Very strong laser, this system is full featured with the incredible Z-axis
Size: K1 Pro 24W with Air Assist
Review Image by XennialLife XennialLife
Review Image by XennialLife XennialLife
Review Image by XennialLife XennialLife
Review Image by XennialLife XennialLife
Review Image by XennialLife XennialLife
Review Image by XennialLife XennialLife
Review Image by XennialLife XennialLife
The media could not be loaded. This laser cutter and engraving machine offers a range of impressive features that elevate the engraving experience to new heights. One standout feature of the IKIER K1 Pro is its intelligent Z-axis system, which revolutionizes the focusing process. Say goodbye to manual focusing, as this machine automatically measures the distance to the object and adjusts the focus accordingly. This intelligent autofocus system ensures precise and accurate engraving, saving you time and effort in the setup process. Another impressive feature is the automatic power failure recovery system. This advanced system remembers the exact engraving position and utilizes an algorithm to quickly locate and resume engraving from where it left off in the event of a power failure. This ensures uninterrupted production and eliminates the need to start over, enhancing efficiency and minimizing wastage. This feature is particularly valuable for long engraving projects or when dealing with power fluctuations. The IKIER K1 Pro boasts an upgraded design with an improved optical axis and linear guides, ensuring stability and reliability during high-speed engraving. The enclosed timing belts allow for easy adjustment and minimal slippage, providing solid support for the machine’s fast engraving capabilities. In fact, the engraving speed of the IKIER K1 Pro reaches up to 800mm/s, which is four times faster than many other machines in the industry. This exceptional speed maximizes productivity, making it ideal for those seeking efficient and time-saving engraving processes. With a super laser output of 24W, thanks to advanced laser coupling technology and four 6W diode lasers, the IKIER K1 Pro delivers impressive cutting power. The automatic sinking cutting technology employed by IKIER increases the maximum cutting depth by 40% compared to machines with the same power, resulting in better cutting results and expanded possibilities for materials such as wood, metal, craft paper, acrylic, and leather. In summary, the IKIER K1 Pro Laser Engraver offers a range of advanced features and capabilities that set it apart from other machines in the industry. With its intelligent autofocus, power failure recovery system, fast engraving speed, and impressive laser output, it provides an efficient and high-quality engraving experience. Whether you’re a professional in need of precise engraving or a hobbyist exploring creative possibilities, the IKIER K1 Pro is a powerful tool that will take your projects to the next level. ... show more
Reviewed in the United States on June 21, 2023 by XennialLife XennialLife

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