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Anycubic Kobra Neo 3D Printer Hands-on Review Anycubic Kobra Neo is an affordable but sturdy 3D printer




If you’re a maker, Anycubic Kobra Neo is an affordable but sturdy 3D printer that will get you started.

It’s easy to assemble and all the tools required are provided in the package.

The 3D printer has a

LeviQ auto-leveling

feature that is great for beginners and seasoned users as well.



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3D printers are now a must tool for makers and the ones who are passionate about DIY.

There are more 3D printer types but the most affordable are the plastic extruding printers.

We’ve tested the Anycubic Kobra Neo, one of the most affordable of its kind but, as you will see below, it does a pretty good job.

The Anycubic Kobra ships in a semi-assembled state and doesn’t require any decent experience and knowledge to put it together. This provides a beginner-friendly assembly experience.

In this article, we’re going to talk about the 3D printer’s installation, features, software, and how you can actually use it.

What are Anycubic Kobra Neo’s technical specifications?

First, let’s overview Anycubic Kobra Neo’s characteristics:

Leveling25-point automatic levelingPrinting platform8.7 x 8.7 inches / 22 x 22 cmPrinting materialPLA / ABS / PETG & TPUNozzle sizeø 0.4 mm (replaceable)Nozzle temperature≤ 500 °F / 260 °CHot bed temperature≤ 230 °F / 110 °CPrinting speed≤10cm/s (Max speed)Control panel2.4″ LCD screen with a control knobZ-axisSingle threaded rodPrinting dimensions25x22x 22 cm (HWD)Machine dimensions49.0 x 44.5 x 44.3 cm

Although it’s easy to look at the technical specifications to know what you’re dealing with, we need to mention some features that you usually don’t get from such an affordable 3D printer.

What are the best features of Anycubic Kobra Neo? 1. Easy automatic leveling with inductive sensor

The most important aspect of a 3D printer is to keep everything smooth and precise and the LeviQ 25-point auto-leveling technology makes things a lot easier for beginner users.

Manual leveling is time-consuming and requires decent experience and judgment. With the automatic leveling, you just select the calibration from the menu and in just a few minutes, the printer is ready for the job.

2. Double-sided PEI Spring Steel sheet

The heated printing platform is covered with a double-sided magnetic sheet that is wear-resistant, less breakable, and bendable.

Textured PEI beds make part removal easier because prints will stick to less surface area than on a smooth sheet, and the dips and highs of the bed will force the parts to pop off once the bed cools down.

So you can easily remove the prints, even the larger or more sticky PETG prints.

3. Direct Drive Extruder

The extruder is included in the print head and the Direct Drive system feeds the filament to the extruder at the right pace for constant flow during the printing process.

This way, you don’t need to worry about any filament entanglement and the finished print will be a lot more accurate.

Moreover, the printer also comes with a filament unloading option that pulls out the thread after you’re done printing.

4. 2.4-inch knob control LCD screen

The Kobra Neo also comes with a 2.4’’ knob-control LCD screen. The display is an easy-to-read display and the knob helps you navigate the menu system.

Truth be told, we were a bit surprised that it wasn’t a touchscreen but the push-knob was extremely convenient to use and we could perform all the actions quickly.

➡ High printing speed – Kobra Neo prints at a typical speed of 6cm/s and reaches 10cm/s at its highest speed which is not bad at all within the industry standards

Now that we know about its most important features, let’s see how we can actually assemble and use Anycubic Kobra Neo.

How do I use the Anycubic Kobra Neo 3D printer? 1. Anycubic Kobra Neo package and assembly

Everything comes packed safely, all the parts are protected by plastic foam so we didn’t find any pieces affected by transport although the box was sent all the way from China.

First of all, you should know that all the tools you need for the assembly and set-up of the printer are provided in the box.

Anycubic even included the SD card and USB flash drive with the software and user manual for the device.

Expert tip:

Mounting the frame on the base with 4 screws, another 4 screws to mount the printing head on the frame, and another screw to mount the X-axis limit switch.

The last part is to mount the 2.4-inch screen with another 2 screws on the right side of the base.

2. Anycubic Kobra Neo set-up and printing

After you finish installing all the components, look at the back of the printer and make sure that the power supply is set up for the right voltage available in your country (110V or 220V).

Now, plug the power cord into the printer and outlet, then turn on the device.

The screen will turn on. Turn the knob until you highlight the Menu, then press the knob.

Turn the knob to reach Leveling and press the knob, then select Automatic leveling.

The printer has a 25 points automatic leveling technology and the process will take a few minutes.

After the process is done, you will see that on the screen.

Now, cut the PLA filament to a 45-degree angle with the cutter from the package.

Pull the lever on the print head, then insert the filament all the way down in the orifice.

Now, insert the SD card provided with the package in the slot from the lower right part of the printer base.

Rotate the screen knob to get to Menu, then select Print from SD card and press the knob.

You will see that you already have a small 3D model on the SD card which is perfect for testing your printer.

After you select it, the nozzle will heat up and when it reaches the right temperature, the printing will start.

3. Printing 3D models from your PC

After you start the printing, it will take a few minutes for the nozzle to reach the correct temperature. And within the software, you will be able to monitor the printing process, view the elapsed and estimated time for printing.

What were the Anycubic Kobra Neo printing results?

First, we chose a small 3D model to see how things work out. It took about 45 minutes to print. If you’re new to 3D printing, you should know that the machine doesn’t only print the 3D model itself.

It needs a base, a support structure that you need to remove after the printing is finished.

Finished print and after a little bit of sanding

In the image above, on the left, you can see how the model looked right after finishing printing. On the right, we removed the excess support material and sanded the model a little bit.

Also, you should know that the Cura software is only a slicer, a program that breaks the model into layers so that the printer knows how to build the structure.

If you want to create your own objects, you will need a 3D modelling software and save your work in SLT or 3MF format. The software and printer support a lot of other formats, but these are the most used.

Next, we switched to a full-blown skeleton hand that turned out amazing, but it took about 5 hours to complete.

The skeletal hand could be used as study material

The image above was taken after removing the support PLA and sanding, but the whole process was smooth and uneventful.

The maximum print sizes are 250 x 220 x 220 mm and a print volume of maximum 12.1 liters

We also got a large roll of silver color PLA, and we found a much larger model to try it out on.

The idea was to test the actual largest printing object that we could create with Anycubic Kobra Neo and we were not disappointed.

It took approximately 12 hours to print but after removing the scaffolding and sanding it looked amazing.

How do I get Anycubic Kobra Neo and what is its price?

It’s going to be a shocker but this 3D printer is priced at only $249 and it’s available for ordering straight from the manufacturer’s website.

Actually, if you hurry ups, there’s even an offer with extra $20 off sitewide $100+ order via PayPal Pay. Just use the code PAYPAL when you order to benefit from this deal.

⇒ Get Anycubic Kobra Neo

Pros Simple and easy installation Anycubic LeviQ auto-leveling All the tools for installation are included High volume printing dimmensions High printing speed Cons It doesn’t come with a protection cover No wireless connectivity Verdict

For this price, Anycubic Kobra Neo is really a remarkable tool. It’s very easy to assemble even for a beginner and it feels sturdy enough for any build.

The auto-levelling feature took all the pain away from any manual tweaking and the fact that absolutely all the required tools were inside the package helped a lot.

We only discovered a few downsides, the lack of wireless connectivity and the absence of a USB cable for connection.

However, for this small price, the provided SD card is more than enough to load up your 3D models.

Speaking of models, you might be interested in the best STL file software for 3D printing because you will need them to start creating.

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The Best Places To Find 3D Printer Models

Whether you want to print out tools and parts for DIY projects, or something fun like a 3D printed Baby Yoda, you’ll need to find 3D printer models. It’s still a new space, and creating detailed models is a lot of work, so resources are still limited.

There are still a few gems out there that offer some great models for you to download and print for your own personal use. We’ve picked out a number of them that you’re sure to like.

Table of Contents

Unless we explicitly state it in the opening paragraph, all websites featured in this article offer 3D models for free download. If you’re looking for 3D printers instead, here’s a list of great starter models.

Cults 3D – 3D Printer Model Platform

Cults 3D is a huge platform for creating, selling, and buying 3D printer models. Whilst some models must be purchased, there are also thousands of free 3D printer models to download too.

To get started, simply visit the website and search for something you’d like to print. Alternatively, visit the collections page and look for 3D models within certain collections. Popular collections include Star Wars, Harry Potter, and Pokemon.

For more productive prints, the useful objects collection might take your fancy. This includes projects like 3D printed smartphone holders, clamps for DIY work, or kitchen tools like egg separators and bag clips.

Please note that all of these 3D printer models are user submitted, so print instructions, model quality, and support will all vary from model to model. You can sort your search results by download or like count to make it easier to find good models.

If you can’t find what you’re looking for, you can find a creator to make a 3D model for you with the on demand feature. You must list the specifications of the model, give a budget, and choose a deadline. The more you provide in terms of specifications and illustrations for the print, the better.

Yeggi – Search Engine for 3D Printer Models

Yeggi doesn’t offer up 3D printer models itself, but instead provides a powerful tool to search for 3D models. Yeggi has been around since 2013 and since then there hasn’t really been any decent competition to make us suggest an alternative. Since Yeggi sends you to approved third party websites, some 3D models are only available for purchase. However, 90% of all models that appear in Yeggi’s search engine are free to download.

Yeggi has over 2 million 3D printer models in its database, so a quick search should return some good results. The search tools aren’t as comprehensive as Google, but you can still sort results by best match, popularity, or most recently added.

Thingiverse – Find 3D Printing Projects

Despite the name, Thingiverse isn’t just about printing out things. It’s a great platform for finding fun, educational projects and to join a community. Take this LTB weather station for example. It’s also a great place to engage with other 3D printer owners and learn about what they’re building. 

You can find specific groups so that you can interact with like-minded people. For example, some popular groups include engineering, Raspberry Pi enthusiasts, board game creators, Star Wars, and Warhammer 40K.

If you are after things to print out, that’s possible, too. The search bar is the best tool to use to find 3D printer models to print out. For example, a quick search for Baby Yoda returned hundreds of results, sorted by popularity.

Because of the community-led focus, you’ll have more tools to engage with each creator’s project. Let’s say you wanted to see how a specific 3D Baby Yoda print would actually turn out. You can see the Makes tab to view other user’s results after printing the model you are currently viewing.

YouMagine – Community Created Prints

YouMagine is driven by the community, perhaps more so than the other platforms we’ve listed so far. The goal behind YouMagine is to create an open source platform where individuals can work to create, edit, and collaborate on 3D printer models without any content restrictions.

That means models will often use a Creative Commons license. Typically, models will use CC Attribution Noncommercial Share Alike, which means you can download 3D models for free, edit, and reshare any work, but you cannot use it commercially.

For now, YouMagine’s community is a little smaller, but if you’re looking to collaborate with others on 3D printer models or want to find the starting work for your own 3D designs that you can print later, YouMagine is a great tool. 

Instructables – For 3D Printing Projects

Instructables isn’t just about 3D printer models but it’s a great website to find fun, engaging projects that do utilize 3D printing. You’ll be able to find projects with full guides and downloadable model files.

Not only does this mean that you can print out some useful models, but you can learn how to do everything along the way. Download parts to build your own 3D printed toys, or learn how to create your very own 3D printable models too.

Samsung Gear 2 And Gear 2 Neo Smartwatches Official

Samsung Gear 2 and Gear 2 Neo smartwatches official

Samsung has revealed two new smartwatches, the Gear 2 and Gear 2 Neo, refining its original Galaxy Gear wearable and ditching Android for Tizen in the process. Revealed at MWC 2014, the Gear 2 and Gear 2 Neo each have a 1.63-inch 320 x 320 Super AMOLED display and run Samsung-led Tizen on a 1GHz dualcore processor. Differentiating the two is that the Neo lacks a camera, a 2-megapixel shooter which the Gear 2 integrates into its main body, not the strap as before.

That means that owners can now switch out the straps, unlike with last year’s Galaxy Gear, where the camera and antennas were integrated into the rubber strap and thus prevented it being replaced. The Gear 2 will be offered with Charcoal Black, Gold Brown, and Wild Orange straps, while the Gear 2 Neo will have Charcoal Black, Mocha Grey, and Wild Orange straps; the body of both versions is IP67 certified for dust and water resistance.

Both Gear 2 and Gear 2 Neo have 512MB of memory and 4GB of internal storage, along with Bluetooth 4.0 LE for hooking up to a phone or tablet, infrared for controlling a TV, an accelerometer, gyroscope, and – new for this generation of Samsung smartwatch – a heart rate sensor. The latter can be used with the wearables’ fitness mode, which tracks heart activity, steps, running, walking, and – with companion apps on the phone – cycling and hiking performance.

Galaxy Gear 2

There’s also music player support, by hooking up a pair of Bluetooth headphones or using the speaker built into the watch, and that also works as a speakerphone for Bluetooth calls, with the Gear 2 and Gear 2 Neo also including a microphone. Preloaded apps include SMS/email/app notification, calendar, S Voice, stopwatch, a timer, weather forecasts, and media control, though there are add-ons for a calculator, Samsung’s ChatON messaging service, voice memo, quick settings control, and to turn the smartwatch into a flashlight.

The camera on the Gear 2 has autofocus and shoots still images at up to 1920 x 1080 resolution, or video at up to 720p 30fps. 3GP and MP4 video can be played back on both watches, along with MP3, M4A, AAC, and OGG format audio files.

Galaxy Gear 2 Neo

Bulk is down from the Galaxy Gear, particularly in thickness and weight. The Samsung Gear 2 measures in at 36.9 x 58.4 x 10 mm and 68g, while the Gear 2 Neo is 58.8 x 37.9 x 10 mm and 55g; in contrast, the original Galaxy Gear is 36.8 x 56.6 x 11.1 mm and 73.8g.

Samsung says the 300 mAh non-removable battery in both new watches will last for 2-3 days of “typical” usage – though exactly what that is goes undefined – or up to six days of low use. You’ll need a Samsung Galaxy smartphone in order to actually use them, however; the company hasn’t given a specific list of compatible devices yet, though says “more than dozens” of phones will work with the Gear 2 and Gear 2 Neo at launch. It seems a safe bet that the list will include the new Galaxy S5 we’re expecting to see revealed on Monday.

Perhaps most interesting, though, is the decision to switch from Google’s Android platform – as ran, heavily modified, on the Galaxy Gear – to Tizen, the open-source OS which Samsung has taken under its wing. The exact reasons for that change haven’t been discussed, though are widely believed to be a move by Samsung to take more control over its software destiny, rather than rely quite so much on Google’s roadmap.

We’ll have to wait and see how Tizen holds up, though it seems likely that the two new wearables are only the first of a range of devices to use the OS. Already there are a number of third-party apps for the Gear 2 and Gear 2 Neo, including Banjo, CNN, Conde Nast, Expedia, eBay, Evernote, Feedly, GARMIN, Glympse, iControl, LINE, Path, Paypal, RUNTASTIC, Weather Channel, and Under Armour’s Map my Fitness. Several car companies – including BMW, GM, and Volkwagen – have also produced Gear 2-friendly apps.

Pricing of the new wearables hasn’t been confirmed at this stage, though Samsung says they’ll go on sale around the world from April.

Will Anyone Buy A 3D Nintendo Ds?

Imagine picking up a Nintendo DS and playing games in 3D without the clunky, dork-tastic glasses. Nintendo says a handheld gaming device that’ll do just that will launch in Japan before the end of March 2011, and that it’ll reveal its so-called “Nintendo 3DS” to the world for the first time at E3 2010 this summer.

Nintendo hasn’t identified the technology yet, but maybe you saw this link in late February referring to a Nintendo DSi Ware game that uses the DSi’s camera and a sophisticated face tracking algorithm for glasses-free 3D. The amazing part: It works with existing DSi hardware–no special screen overlays or lasers or steely brainpan-popping spikes.

That’s one possible glasses-free method, and as you can see by watching the YouTube demonstration above, the 3D effect translates so persuasively you can even see it watching a standard video clip.

Another approach involves projecting an LCD image through a panel fitted over the display screen. But early attempts using this method required you remain stationary and in a fixed position. Not exactly family (or buddy) viewing friendly.

An improved version of the latter approach recently demoed at CeBit works around this limitation by projecting the 3D image to as many as 64 viewing positions. A variation on this method projects to a single point in space and uses a camera to follow you around.

Perhaps the most impressive “camera-based” riff at CeBit involved using multiple cameras in a display screen that tracked the position of a viewer’s eyes and signaled the plate in front of the screen to move in tandem.

Speculation aside, let’s assume Nintendo’s got the 3D part down pat, and that it’ll be at least as persuasive as the technology in the video above. The real question’s this: Will gamers buy a so-called “Nintendo 3DS” on the merits of 3D alone?

Ask that question in a broader sense, “Is anyone really interested in 3D?” and the answer’s “No one knows.” The technology’s all hype and punditry to date, a public relations push by technology vendors eager to sell pricey versions of existing view-screen technology with a slight visual twist.

No one’s really teased out 3D’s aesthetic value. So far, it’s just another effect laid over fast-moving images to add literal depth to something your brain already interpolates as three-dimensional. And that’s thinking about it in a “received” sense, i.e. watching movies or TV shows. If you’re going to make it part of a proper gaming device, you almost have to come up with a gameplay-specific reason for it to exist.

Nintendo’s 3DS already has one foot in the “just an effect” camp. In its 3DS launch memo, the company said its “Nintendo DS series” successor would include backward compatibility for both Nintendo DS and DSi titles. Those games won’t play any differently, they’ll just have “literal” visual depth overlaid.

So no, I’m not convinced people want a 3D Nintendo DS. Not if that’s all it does. Not unless Nintendo’s bringing more than 3D to the party. They’re Nintendo, after all. Their premium console’s beating the pants off the competition, and it can’t even do high-definition graphics. They’ve built their reputation on gameplay first, in other words, and visual trickery last.

(For more, see Nintendo’s 3D-Capable 3DS: Five Questions)

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How To Make 3D Vector Globe In Illustrator

Knowing how to create a 3D vector globe in Illustrator can be very rewarding. Globes sometimes play a big part in logos, branding, and other artwork for companies and individuals alike. With the tools and features available, anyone can use Illustrator to achieve their goals. There are so many ways to create the same artwork, so no one method is exclusive.

How to make 3D Vector Globe in Illustrator

There are many ways to create 3D vector globes but as long as you and your client are satisfied with the result it is ok. The way that this article will show you is super easy, and anyone can follow. There will be two 3D vector globes demonstrated here, they are easy to follow and recreate.

Decide on the purpose

Go to Illustrator

Vector globe with horizontal lines

Vector globe with horizontal and vertical lines

1] Decide on the purpose

The purpose of the globe will decide on the look and color that is used. The purpose will decide the color and the size of the canvas. The globe may be a small part of a bigger project, for example, the globe may be used to fill in the letter O in a word logo. The globe may also be the base for a logo so it will need to be larger.  Make sketches of the whole project and where the globe will fit. Decide on the type of globe that you want, is it the globe with horizontal lines or the globe with horizontal and vertical lines? Decide if the globe will be for screen only, print only, or a mix of both, this will help to decide the resolution that you will choose when creating the new document. For display on screens, only a resolution of 72 ppi is ok.  For print, you would need to have a resolution of 300 ppi. The use of the globe will also decide the color mode whether CMYK or RGB. CMYK is best for print and has fewer color options, it is not as bright as RGB. RGB is best for display on screens. Screens usually have a wide range of colors that can be displayed so RGB color mode is best.

2] Go to Illustrator

Open Illustrator and create a new file for the globe. Since the globe is a circle, the canvas can be made to be a square. However. If you decide to design more artwork that will include the globe, it will decide on the orientation and the size of the canvas.

While in Illustrator go to File then New and a New document dialogue window will open. In the new document dialogue box, you will choose the options that you want. For this project, the globe is the only thing that will be created, the Width is 1200 px, the Height 1200 px, the Color mode is CMYK, and the resolution is 300 ppi. You can use any values that you want basing on your needs. Remember that this will be a vector image so stretching or shrinking it will not affect the quality. There is just one thing that you need to do after it is finished and that will be discussed later in the article. When you have finished choosing the options, press Ok to confirm or Cancel to close the window. you will see the canvas appear based on the options chosen. As mentioned before two globes will be designed to show you how they are done. The first will be the globe with only horizontal likes then the other will be the globe with horizontal and vertical lines.

3] Vector globe with Horizontal lines

This globe will use horizontal lines so draw the rectangle wider horizontally and narrower vertically. Make the rectangle any color, gradient, or pattern you want. Here is the one that will be used for this globe. The colors can be changed when the globe is finished so you can leave them black if you so choose. Note also that you do not have to make the rectangles large, they can be normal size. They will be made to fit whatever size your globe is.

You should have something like this. Don’t worry if it looks slightly different, your rectangles may be narrower or have less space. But you can adjust as needed or leave it as is.

When you drag them into the Symbols pallet a window will appear asking you to name the symbols. You can give them a name or just press ok. You will see the rectangles appear in the symbols pallet. Note that those symbols will only be available in the document they were created in. If you open a new document. You will not see them there. The rectangles will remain on the screen so you can just drag them off the canvas to make space for you to work. Don’t delete them as they can be used for the next globe.

The 3D Revolve options window will appear. look to the bottom of the window and press Preview so you can see changes on the half circle in real-time. When you press the preview button you will see the circle complete with a 3D look.

This is what it looks like after exiting the 3D options window.

This is the globe, it has been colored to show the different sections.

The globe is two in one, which is what helps with the 3D effect. They can be kept together as it is shown above or they can be separated and one can be deleted or used for something else.

4] Vector globe with horizontal and vertical lines

This second globe is just a demonstration that this principle can be used to make a whole lot of other designs. You can experiment with making the lines go in any direction and the outcome would look different.

You would follow all the steps above for the globe with the horizontal lines, what would be different is the fact the rectangle strips would be placed in the form of a grid. You can achieve this grid by following the steps above and making the rectangle strips horizontally, do the first one then copy and paste the second one then use Ctrl + D to duplicate as many as you need.

This is what the grid will look like when the process is finished.

With the grid completed, you would follow all the steps above for the previous globe to complete this new globe.

The new globe will come out looking almost like the first one. The only difference is that the new globe has vertical and horizontal lines. The option for various designs is only limited by your imagination.

You can pull apart the globe and you will see the two separate parts.

This is the globe with both parts together and some gradient added. The piece at the back should be given a different and darker gradient than the front so that the 3D effect can be created. They will still look 3D when they are apart as shown above.

Both globe designs are great for logos, branding, and other artwork for personal or professional use. Look closely at them and see if you have seen these designs or similar logos or branding for real companies.

Vector graphics are very handy because they do not distort when they are stretched or shrunk. However when you create art in Illustrator there is an important step to take to keep the art from changing when you stretch or shrink it. You need to select the artwork and go to Object then Path then Outline stroke.

Read: How to turn Hand Drawings into Vector with Illustrator

How do you make a 3D globe in Illustrator?

To create a 3D globe in Illustrator you need to first draw a sphere. You start by drawing a circle and cut that circle into a half circle. Then add the 3D revolve effect and you have a perfect sphere. You even have some control over the surface texture and the light source. You can then use the Symbols pallet on the right to add lines or map on the sphere.

How do you make a globe shape in Illustrator?

In order make a globe shape in Illustrator, you need to make the help of the Eclipse tool first to make the framework. However, as it makes a 2D globe, you need to use the 3D Revolve tool to make it a 3D shape. Once the 3D shape is made, you can customize it with various color, and other options as per your requirements.

Windows Couldn’t Connect To The Printer

If you have successfully installed and shared a network printer on your network, but somehow when you attempt to connect to the shared printer on your Windows 11 or Windows 10 computer, the operation fails and Windows cannot connect to the shared printer, then this post is intended to provide the most suitable solutions to this issue.

Why I can’t connect to a shared printer?

There are quite a number of reasons why PC users may not be able to connect to a shared printer – the main reasons include File and Printer Sharing is turned off. Also, File and Printer Sharing is not allowed through the Windows Firewall on your computer and the computer to which the printer is attached. In this case, to fix the issue, enable File and Printer Sharing and as well make sure Network Discovery is enabled on your Windows 11/10 PC.

Windows couldn’t connect to the Printer

If your Windows couldn’t connect to the Printer, you can try our recommended solutions below in no particular order and see if that helps to resolve the issue.

Temporarily enable SMB1.0

Fix Network Printer errors

Modify the registry

Connect printer to Network Device with a LAN cable

Let’s take a look at the description of the process involved concerning each of the listed solutions.

Before you try any of the solutions listed below, sometimes power-cycling your printer can resolve the issue. Turn off your printer and unplug it, wait 30 seconds, plug your printer back in, and then turn the printer back on.

1] Temporarily enable SMB1.0

The first troubleshooting you can try to fix this issue on your Windows system is to temporarily enable SMB1.0. Once enabled, see if the issue is resolved. Once your work is done, remember to disable SMB1.0 as it could pose a security risk.

Read: How to reset Printer to default factory settings.

2] Fix Network Printer errors

A shared printer is basically a network printer – so you can follow the instructions in this our guide on how to fix Network Printer errors – Windows cannot connect to the printer and see if it helps to resolve the issue at hand. Otherwise, try the next solution.

3] Modify the registry

This solution requires you to modify the RpcAuthnLevelPrivacyEnabled registry key value. The Printer Remote Procedure Call (RPC) binding handles authentication for the remote Winspool interface. PC users can disable or enable Enforcement mode on the server-side to increase the authentication level.

Since this is a registry operation, it is recommended that you back up the registry or create a system restore point as necessary precautionary measures. Once done, you can proceed as follows:

Press Windows key + R to invoke the Run dialog.

In the Run dialog box, type regedit and hit Enter to open Registry Editor.

Navigate or jump to the registry key path below:


Input 0 in the Value data field.

Exit Registry Editor

Restart your PC.

On boot check if the issue is resolved. If not. you’ll need to delete Client Side Rendering Print Provider registry key on your Windows PC.

Do the following:

Back up the registry or create a system restore point.

Next, stop the Printer Spooler Service.

Now, launch Registry Editor.

Navigate or jump to the registry key path below:

HKEY_LOCAL_MACHINESOFTWAREMicrosoftWindows NTCurrentVersionPrintProvidersClient Side Rendering Print Provider

Start the Printer Spooler service.

Reboot your PC to save changes.

Related: Error 0x00000520, Windows cannot connect to the Printer

4] Connect printer to Network Device with a LAN cable

This solution requires you to connect the printer to your network device (modem/router) with a LAN/ethernet cable – some affected users reported they were able to resolve the issue at hand by hooking the printer up to the modem with a LAN cable and all the computers on the network were able to have access to the shared printer.

Hope this helps!

Related post: Windows cannot connect to the printer, Errors 0x00000002,0x0000007a, 0x00004005, 0x00000057, 0x00000006 or 0x0000052e.

Why isn’t my computer connecting to my wireless printer?

Amongst other reasons, the main reason why your Windows 11/10 computer isn’t connecting to your wireless printer or your wireless printer is not responding is that your printer is not powered on or connected to the mains. To fix this issue, connect your wireless printer to your computer or other device and make sure it’s connected to the mains and turned on. Other actions you can take, includes checking the printer’s toner and paper, plus the printer queue. Also, try reconnecting your device to the network, reconfigure security settings to include printers, and/or install updated drivers.

Related post: Can’t access shared folder because of organization’s security policies.

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