E3d v6 review

And especially, speed for those insanely large printers, like the BigRep, which, for example, has more than one meter of build space in every direction. Scale it up by a factor of two in just one direction, and the print is going to take twice as long, but if you scale it to twice the size in X, Y and Z, the print time is going to be eight times as long.

So what would be a tolerable print time for a 20 by 20 by 20 centimeter build space, suddenly becomes a print that takes 1 hundred and twenty five times as long if you entirely fill up a 1 cubic meter build space. And its nozzle has a gaping hole the size of a nostril.

You could reuse some of the parts that your v6 or v5 heater block uses, but since essentially everything that is part of the heater block sub-assembly is included, it makes it somewhat easier to swap between the regular and the long Volcano heater block.

Now, since this is basically just a new heater block and nozzle, it still uses the standard M6 thread for the heat break, which means that the Volcano should work with any hotend E3D ever released — so you can either use the v6 heatbreak, as intended, or the v5 heatbreak and heatsink, or even the Kraken-style heatbreaks that fit, obviously, the quad-hotend Kraken but can also be used in the Chimera and Cyclops heatsink, you could essentially make a double-Volcano-Cyclops-v6-thing or even use it as quad-Volcano-Kraken-monster.

Which would be absolutely insane.

e3d v6 review

Be safe, kids. Now, obviously, the Volcano is a good bit longer than the standard heater block, and so is the nozzle.

E3D v6 Information, Installation Guides, and Review

The Volcano block seems to have plenty of power left for pretty insane speeds, but one snag i ran into was my extruder simply not being able to keep up anymore. Or, you know, any driver that can actually make full use of the torque your extruder stepper motor can produce. Not only is the actual printing stupid fast — i mean, look at this, this is the same part, and the Volcano just spat it out like it was nothing.

Ok, it only used like 15 layers for the entire part, but that kinda like the point of the entire thing. And for larger parts, the fatter layers become much more of a texture for part instead of a visual artifact anyways.

One thing that surprised me was how little ooze the Volcano seems to have — this is a huge factor for those blobs that you see where one extrusion line ends and the next one starts. This is just cheap, white ABS that i use for practically anything. PLA is obviously a bit runnier in both the regular and in the Volcano E3D hotend, but the Volcano is still surprisingly good there. And as always, i still need to mention the price, which currently is 20 Great British Pounds, so around thirty units in Euros or US dollars.

And let me know in comments what you think about the Volcano — is it something that you would even consider using or would you never trade resolution and detail reproduction for faster prints?

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Skip to content.After buying my first printer I was thrilled! Learning to enhance your printer based on the imperfections you get is important! After you resolve all those errors you can go for more qualitative upgrades and increase the value of the printer.

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I will use this printer as an example. The process involves the physical installation of the hotend, but also the firmware modification. The hotend will arrive unassembled so you will have to put it together. My advice here is to go to the official site and follow their tutorial on how to assembly the hotend and after that, I will cover the next part regarding the installation on the printer.

Remove the layer fans from the original fan shroud and install them on the printed shroud. After that, we will need to eliminate the old cables and replace them with the E3D V6 cables. We will need to unsolder the pins from the black connector cable that goes into the printer. You will see that the pins are numbered, remove all of them except for the numbers 5 and 6 which are the layer fans. When you unsolder the connection do it cable by cable because you will need to remember where the new cables are going to be installed.

So after removing the cables remind yourself to tag the connectors to make your life easier afterward. After unsoldering the cables, remove them gently by pulling the old hotend and the fan and proceed with the installation of the new part. Start with the hotend fan and the blue bracket. After you secure them properly with the nuts, find a position for the cables and start inserting them in the black cable so you can solder them later. Check for a reading from the thermistor and do a quick warm-up test to see if the heater cartridge works.

Now that we have our cables in place and the extruder assembled, we need to install the bracket. After that, we will just need to secure the fan shroud to the bracket with 2 screws and we are ready to go!


Once everything is in position and works properly, we need to do some firmware adjustments to ensure that our thermister performs well. So download the marlin firmware from here and open it with Arduino IDE. Search inside configuration. Once you find the parameter change the default value to 5, which is the value that matches our thermistor. Once we set the correct thermistor ,hit the compile button connect the printer to the USB port and upload the new firmware.

Well, there are some benefits to print quality but the most important aspect here is reliability and maintenance. The first obvious thing I like is the build quality. You can feel the strong materials and how well they fit. The cables are strong and rigid making it easier to assembly and without the fear of breaking it. The biggest issue I had with clones is that there is always something that breaks, usually the thermistor or the heat source, also jamming is a common issue.

Just remember to get the right voltage. Also, the cables are thick and sturdy. The end is coated with fiberglass to avoid any short circuits.Got a question or need help troubleshooting? Post to the troubleshooting forum or Search the forums!

Mike Kelly Volunteer. Joined: Mar 11, Messages: 6, Likes Received: 2, Current curated instructions are collected here. Note: This topic relates only to the 1. E3D had a very popular v5 hot end, but not being content with the design they looked at ways to improve upon it.

The v5 is has an entirely metal hot end. The only non-metal components are on the bowden version which uses a plastic coupling with a bore through PTFE tube. The v6 follows this trend, but the PTFE tube goes further into the heatsink, and butts up against the cold end of the heat break.

What makes it unique? This video does a great job of going over all the enhancements of the v6, but I'll break them down as well: Height: The most obvious change is that the E3Dv6 is considerably shorter than the v5.

Previously from end to end of the direct feed E3D was a total height of 70mm while the bowden version required a total height of 82mm. In contrast the E3Dv6 is 63mm for both direct and bowden. If we compare this to the hexagon, we find the hexagon's direct drive is shorter at Bore: The short length of the E3Dv6 is due to the clever integration of pneumatic, push to fit connectors.

This allows for 4mm tube to be fed through and into the heatbreak which has been bored out to fit it. What this means is that there's a consistent 2mm of space for the filament from the moment it goes into the PTFE tube, to when it reaches the nozzle.

If we compare this to the Hexagon, that uses a 1.

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This bore leaves only. Thermistor The E3D brings about a new method of securing the thermistor. This is fine. However, when you do install the E3D thermistor you will need to adjust the thermistor type per instructions further down. Creates a solid connection that's very easy to swap in and out of.

The closing date for applications is july 20th 2018 – h. 12.00 apply

Now redoing wiring is not intimidating at all. Heater Cartridge: Unlike the v5 and Hexagon, the v6 moves away from securing the heater cartridge using a set screw. Instead they use a clamp method to secure it. What this allows for is an increased point of contact between the heater block which reduces the power required and improves heat up times. This does have the obvious downside of a very large heater block, but puts the heater closer to the nozzle.We have also added a layer of hard, slick nickel plating which provides a fantastic balance of cost and wear resistance.

The cherry on the top? Whilst our hardened steel nozzles are ideal for printing abrasive filaments such as ones loaded with Carbon Fibre, the extreme temperatures can cause the steel to temper and soften, ultimately reducing its abrasion resistance.

This is where the Nozzle X comes in, a nozzle able to withstand crazy temperatures without softening. By going with a one-piece all-machined construction we were able to use our existing manufacturing processes to create our carefully tuned internal geometry, which provides fantastic flow response and keep the exact same geometry and compatibility as the rest of the E3D ecosystem.

You must be logged in to post a review. This site uses Akismet to reduce spam. Learn how your comment data is processed. There are a few adjustments that are necessary for printing with flexible filament or 1.

We have good guides for all those below. Skip to content. E3D Nozzle X — V6. Add a review. E3D Nozzle X - V6 quantity. NozzleNozzle X. Additional information Weight. Reviews There are no reviews yet. Content missing. NozzlesHotendsParts. Rated 0 out of 5. NozzlesE3D Parts. Genuine E3D Volcano Brass nozzles for 1.It still looks and feels like an E3D hotend, but almost every single part was redesigned. Because the v6 now uses the integrated bowden coupler from the Kraken, there is less bulk sticking out from the top.

And because the heatsink is now seven and half millimeters shorter, you actually gain print height when upgrading to the v6. The heatsink now also has more and thinner cooling fins, a smaller overall diameter and is 10 grams lighter than its predecessor. Down at the heater block things have changed, too: One of the greatest annoyances with the previous E3D hotends was that you needed to basically turn the heater block into a Kapton burrito to keep the thermistor in place.

The Best 3D Printer Hot Ends [Sep 2020]

The heater block now also grasps around the heater cartridge and allows for a slightly better heat transfer.

But there is a price to pay for this: Since the heat break is essentially a thin-walled stainless tube, there is only a limited amount of abuse it can take before it starts to bend.

For the 3mm versions, you can still choose between a direct-drive and bowden version. Now, none of these improvements are game-changers, but they all add up to a hotend that is simply a much nicer overall product. For printing ABS, none of the improvements actually make much of a difference — just like the v5 and v4 before it, it just works.

But for example for PLA, the smoother heat break and the extended bowden tube makes the hotend less likely to jam. For flexible or softer filaments, it reduces the chances of the filament buckling in the extruder and also allows you to print them a tiny bit faster.

The v6 is still easy to service and allows you to swap out nozzles without having to disassemble any other part of the hotend or having to calibrate your printer every time.

e3d v6 review

Spare nozzles are available in sizes from a very fine 0. The whole hotend is still beautifully machined and well-designed with a proper heat management. And that, i think, makes the E3D v6 the most versatile and simply the best hotend there is today. Check out my build guide for the v6 if you want to see more of its new details. Skip to content.

Honest review: E3D's new v6 hotend. You can support me without spending a single penny! We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it. Ok Read more.No 3D preview available. You can enter any value in the price field to make a donation.

Simply enter an amount of 0. Disclaimer: No rights can be derived from the use of the designs or information on this website. Use of these designs is at your own risk at all times. Schone Engineering and Proper printing do not accept liability for any damage resulting from the use of the designs.

I have created my own version of the E3D v6 hot end holder which fits the Swappable hot end. I must say, I really like this extruder so far! I did not create a part fan duct for it because I will use this for printing nylon which does not need this.

The collar in which the hot end fits is a bit more than half a circle so in snaps into place. I have added a screenshot of the top view in which you can see that it is eccentric.

I have added two versions: One for M3 brass inserts and one for regular M3 nuts. I have not placed the hot end in the center of the tool to keep the tool center point similar to the stock hot end. There is some space on the left side which I have used to create a small gap which can be used for a tie wrap.

This gap can be printed without support. I wanted to print it out of carbon fiber nylon like my other tools, but I really like the look of this transparent PETG which fits nicely with the fan duct.

Your email address will not be published. Privacy policy. Skip to content. Image gallery. Swappable E3D v6 hot end. Swappable E3D v6 hot end quantity.

E3D V6 Review&Installation Tevo Tarantula Pro

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