- Save 15% on Comgrow Original Ender 3 / Ender 3 pro Hot Bed 24V Aluminum Heated Bed Platform when you purchase 1 or more Ender 3 3D Printer offered by comgrow. Here's how (restrictions apply)
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Official Creality Ender 3 3D Printer Fully Open Source with Resume Printing Function DIY 3D Printers Printing Size 220x220x250mm
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Promotion Available.
Save 15% on Comgrow Original Ender 3 / Ender 3 pro Hot Bed 24V Aluminum Heated Bed Platform when you purchase 1 or more Ender 3 3D Printer offered by comgrow. Here's how (restrictions apply)
-
Promotion Available.
Save 60% on Upgraded Creality 3D Printer PlatformGlass Plate 235x235MM when you purchase 1 or more Ender 3 3D Printer offered by comgrow. Here's how (restrictions apply)
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Promotion Available.
Save 20% on PLA Filament Black 1.75mm when you purchase 1 or more Ender 3 3D Printer offered by comgrow. Here's how (restrictions apply)
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| Brand | Comgrow |
| Hardware Interface | MicroSD, USB |
| Item Weight | 8 Kilograms |
About this item
- Make sure this fits by entering your model number.
- Resume Printing Function: Ender 3 has the ability to resume printing even after a power outage or lapse occurs.
- Easy and Qucik Assembly: It comes with several assembled parts, you only need about 2 hours to assemble 20 nuts well.
- Advanced Extruder Technology: Upgraded extruder greatly reduces plugging risk and bad extrustion; V-shape with POM wheels make it move noiseless, smoothly and durable.
- Safety Protected Power Supply: Only needs 5 minutes for hot bed to reach 110 degree.
- Strict Test: Strict testing for key components before delivery and life-time technical supports available.
This fits your .
Specifications for this item
| Brand Name | Comgrow |
|---|---|
| Compatible Material | Polylactic Acid |
| Ean | 0649910035087 , 0680577986473 , 0193621889328 |
| Item Weight | 17.64 pounds |
| Manufacturer Series Number | Ender 3 |
| Material | pla |
| Model Number | Ender 3 |
| Part Number | Ender3-CA1 |
| Specification Met | |
| UNSPSC Code | 43212100 |
| UPC | 649910035087 , 680577986473 , 193621889328 |
There is a newer version of this item:
Make it a bundle
We found 7 bundles with this item:
Official Creality Ender 3 3D Printer Fully Open Source with Resume Printing Function DIY 3D Printers Printing Size 220x220x250mm
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Creality Ender 3 3D Printer & 3D Printer Platform Tempered Glass Plate 235x235180.98$180.98This bundle contains 2 items -
Creality Ender 3 3D Printer & 3D Printer Enclosure 445x565x685mm237.99$237.99 308.99$308.99This bundle contains 2 items -
Creality Ender 3 3D Printer & All Metal MK-8 Extruder Feeder Drive187.98$187.98This bundle contains 2 items -
Creality Ender 3 3D Printer & 3D Printer PLA Filament Black181.98$181.98This bundle contains 2 items -
Creality Ender 3 3D Printer & 3D Printer PLA Filament White182.98$182.98This bundle contains 2 items -
Creality Ender 3 3D Printer & Creality Upgraded MK-8 Metal Aluminum Extruder Drive Feeder Gray174.98$174.98This bundle contains 2 items
Frequently bought together
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Comgrow 3D Printer PLA Filament 1KG 1.75mm Spool Black Color
3D Printer PLA Filament 1.75mm 1KG Spool White
3D Printer PLA Filament 1.75mm 1KG Spool Black
Creality Ender 3 Pro 3D Printer with Removable Build Surface Plate and UL Certified Power Supply 220x220x250mm
HATCHBOX PLA 3D Printer Filament, Dimensional Accuracy +/- 0.03 mm, 1 kg Spool, 1.75 mm, Black, Pack of 1
Amazon Basics PLA 3D Printer Filament, 1.75mm, White, 1 kg Spool
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Official Creality Ender 3 V2 Upgraded 3D Printer Integrated Structure Design with Carborundum Glass Platform Silent Motherboard and Branded Power Supply
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Official Creality Ender 3 3D Printer Fully Open Source with Resume Printing All Metal Frame FDM DIY Printers with Resume Printing Function 220x220x250mm
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ANYCUBIC Mega Pro 3D Printer, 4th Gen 3D Printing & Laser Engraving 2 in 1 Filament FDM 3D Printer with Smart Auxiliary Leveling, Printing Size 8.27'' x 8.27'' x 8.07'' & Engraving Size 8.67'' x 5.5''
Product Description
Why choose Comgrow?
Comgrow is the first seller of Creality 3D on Amazon.
We own more 20 technical staff to provide professional technical support to all customers.
Comgrow is devoted to provide high quality and economical 3D printer, excellent after-sales service to all customers.
Fully Open Source
Allow users to improve their printer upon the source code and share the changes within the community, resulting in an improved experience for all.
- Only needs 5 minutes for hot bed to reach 110℃.
- Ender 3 has the ability to resume printing even after a power outage or lapse occurs.
- Upgraded extruder greatly reduces plugging risk and bad extrustion.
- V-shape with upgrade wheels make it move noiseless, smoothly and durable.
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|---|---|---|
Branded power supplyBranded power supply and high-watt hot bed ensure fast heating to the printing platform. |
Resume Printing FunctionEnder 3 can resume printing after power outage or any other unexpected stoppage. |
Upgraded Extruder DesignGreatly reduces the risk of clogged nozzle and bad extrusion. |
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|---|---|---|
High Precision PrintingAllow you to print high precision models, creat your own world. |
Suitable gift for kidsThis semi-assembled kit 3D printer is a perfect gift for kids, allow them to learn about the basic construction of 3D printers. |
Ideal for STEM ProjectsInvite imagination and innovation to student, help them discover the wonders of all the STEM fields. |
Product details
- Is Discontinued By Manufacturer : No
- Product Dimensions : 8.7 x 8.7 x 9.8 inches; 17.64 Pounds
- Item model number : Ender 3
- Date First Available : March 27, 2018
- Manufacturer : Creality 3D
- ASIN : B07BR3F9N6
-
Best Sellers Rank:
#901 in Industrial & Scientific (See Top 100 in Industrial & Scientific)
- #2 in 3D Printers
- Customer Reviews:
Product guides and documents
Customer reviews
4.6 out of 5 stars
4.6 out of 5
3,221 global ratings
How are ratings calculated?
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness.
Top reviews
Top reviews from the United States
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4.0 out of 5 stars
Take your time, build it, don't just assemble it. Make the build quality right and your prints will turn out right.
Reviewed in the United States on June 7, 2018Verified Purchase
You might be able to assemble this printer in a couple of hours but you can't build it in that time. There is a significant difference in building something correctly and assembling it. Assembly is the easy part, anyone can throw things together. The build is now complete and to do it correctly takes 4 to 5 hours.
When you stand the Z axis uprights on their ends on a granite surface plate it's clear that the ends aren't machined square. After machining the ends they are square and flat enough to assemble now. The Z axis bracket that the leadscrew nut bolts to was not fully bent so the leadscrew didn't line up with the coupler and had to be straightened to make it parallel to the Z uprights so it would line up with the coupler. Check yours to make sure that bracket was bent at 90 degrees. The two uprights had to be shimmed to get them square to the bottom supports and parallel with each other so that the X axis rail would go up and down in a straight line without binding. Colored plastic shim stock of various thickness and an accurate machinist square is paramount to your success here. Even a small Framing square or a plastic triangle from an office supply store would assist in getting the uprights square to the base. The two uprights have to be parallel to one another and hopefully square to the base in order for the top rail to mate up correctly.
If you want accurate prints the X and Y axis has to be able to move squarely to one another. The Z axis has to move perpendicular to the build plate once the X and Y axis are square. If this isn't accurate it will affect your print quality. Once the mechanics are built you will need to tidy up the wiring, check the hot end and build plate heating and make sure the extruder will extrude plastic from the nozzle.
Prints can be made directly to the build plate, to a piece of borosilicate glass, mirrored glass or tempered plate glass resting on the heated bed. Once the Z stop is set close so that the Z homes with the nozzle close to the bed plate the you can level up the bed plate with a stainless steel feeler gage and you should be good to go. I would use a .005" feeler gage to start as a comparable piece of paper is .004" thickness.
Summary:
Pros:
1. Good value for money.
2. Everything bolted up and worked
3. Spare parts were a nice touch and much appreciated.
4. Good selection of software to slice and handle STL files.
5. Fastener quality was good enough to get the job done.
Cons:
1. Instructions are abysmal. The illustrations are too small, not well explained and the references are sorely lacking for someone that has no experience with building small CNC type electronics. In short the instructions are just enough to get the job done but the neophyte will struggle.
2. Build photos would be a big help. You can't depend on a bunch of folks on the Internet to cover your failings with YT videos and websites that may be doing it wrong to start with. The factory needs to own it.
3. Use a full size SD card. Micro SD cards are OK for phones and tablets because they get installed and stay installed, they have no business in a 3D printer they are simply too small to use all the time.
4. The 24V wiring coming from the power supply had insulation nicks on both the + and - wires and had to have heat shrink applied to keep them from possibly shorting out. The screws on the terminal block at the bottom of the power supply were just barely tight so check yours.
5. XT 60 connectors are rated for up to 65 amps continuous but they were never designed to be permanent connections. In RC model applications you may fly for 5 to 10 minutes and then the packs are disconnected. Most of the time the connectors aren't even in use. I would prefer to see a metal enclosure with a terminal strip for the power connections.
6. The uprights are cut on a cold saw and this is a common operation for extrusions. The problem is that the resulting surface isn't flat, straight or square. When you bolt the uprights onto the lower frame they aren't square and parallel. You will have to shim them to get them to be square and perpendicular. Note to the factory; you can do better.
Suggestions to Creality:
Look at the Pro's and Con's, take note of some of the issues and make corrections to the new kits coming out of China. It takes just as long to do something wrong as it does to make it right. Making it right is easier.
There should be an adjustable Z stop instead of a fixed one.
The homing speed needs to be lowered slightly as the hot end and table hit too hard when homing. I can do this in the Marlin Firmware but the factory just needs to lower the speed slightly.
All in all, this is a great way to spend a couple of evenings and the print quality is really good, especially for the money. Despite the issues this is a great printer. Don't let the issues cloud your decision about buying it. All the issues can be resolved by the builder and that's you. This should be a 3.5 star printer but it could be a 5 star printer with just a little work by the factory.
Suggestions:
When you stand the Z axis uprights on their ends on a granite surface plate it's clear that the ends aren't machined square. After machining the ends they are square and flat enough to assemble now. The Z axis bracket that the leadscrew nut bolts to was not fully bent so the leadscrew didn't line up with the coupler and had to be straightened to make it parallel to the Z uprights so it would line up with the coupler. Check yours to make sure that bracket was bent at 90 degrees. The two uprights had to be shimmed to get them square to the bottom supports and parallel with each other so that the X axis rail would go up and down in a straight line without binding. Colored plastic shim stock of various thickness and an accurate machinist square is paramount to your success here. Even a small Framing square or a plastic triangle from an office supply store would assist in getting the uprights square to the base. The two uprights have to be parallel to one another and hopefully square to the base in order for the top rail to mate up correctly.
If you want accurate prints the X and Y axis has to be able to move squarely to one another. The Z axis has to move perpendicular to the build plate once the X and Y axis are square. If this isn't accurate it will affect your print quality. Once the mechanics are built you will need to tidy up the wiring, check the hot end and build plate heating and make sure the extruder will extrude plastic from the nozzle.
Prints can be made directly to the build plate, to a piece of borosilicate glass, mirrored glass or tempered plate glass resting on the heated bed. Once the Z stop is set close so that the Z homes with the nozzle close to the bed plate the you can level up the bed plate with a stainless steel feeler gage and you should be good to go. I would use a .005" feeler gage to start as a comparable piece of paper is .004" thickness.
Summary:
Pros:
1. Good value for money.
2. Everything bolted up and worked
3. Spare parts were a nice touch and much appreciated.
4. Good selection of software to slice and handle STL files.
5. Fastener quality was good enough to get the job done.
Cons:
1. Instructions are abysmal. The illustrations are too small, not well explained and the references are sorely lacking for someone that has no experience with building small CNC type electronics. In short the instructions are just enough to get the job done but the neophyte will struggle.
2. Build photos would be a big help. You can't depend on a bunch of folks on the Internet to cover your failings with YT videos and websites that may be doing it wrong to start with. The factory needs to own it.
3. Use a full size SD card. Micro SD cards are OK for phones and tablets because they get installed and stay installed, they have no business in a 3D printer they are simply too small to use all the time.
4. The 24V wiring coming from the power supply had insulation nicks on both the + and - wires and had to have heat shrink applied to keep them from possibly shorting out. The screws on the terminal block at the bottom of the power supply were just barely tight so check yours.
5. XT 60 connectors are rated for up to 65 amps continuous but they were never designed to be permanent connections. In RC model applications you may fly for 5 to 10 minutes and then the packs are disconnected. Most of the time the connectors aren't even in use. I would prefer to see a metal enclosure with a terminal strip for the power connections.
6. The uprights are cut on a cold saw and this is a common operation for extrusions. The problem is that the resulting surface isn't flat, straight or square. When you bolt the uprights onto the lower frame they aren't square and parallel. You will have to shim them to get them to be square and perpendicular. Note to the factory; you can do better.
Suggestions to Creality:
Look at the Pro's and Con's, take note of some of the issues and make corrections to the new kits coming out of China. It takes just as long to do something wrong as it does to make it right. Making it right is easier.
There should be an adjustable Z stop instead of a fixed one.
The homing speed needs to be lowered slightly as the hot end and table hit too hard when homing. I can do this in the Marlin Firmware but the factory just needs to lower the speed slightly.
All in all, this is a great way to spend a couple of evenings and the print quality is really good, especially for the money. Despite the issues this is a great printer. Don't let the issues cloud your decision about buying it. All the issues can be resolved by the builder and that's you. This should be a 3.5 star printer but it could be a 5 star printer with just a little work by the factory.
Suggestions:
4.0 out of 5 stars
Take your time, build it, don't just assemble it. Make the build quality right and your prints will turn out right.
By Roger T. Moore on June 7, 2018
You might be able to assemble this printer in a couple of hours but you can't build it in that time. There is a significant difference in building something correctly and assembling it. Assembly is the easy part, anyone can throw things together. The build is now complete and to do it correctly takes 4 to 5 hours.By Roger T. Moore on June 7, 2018
When you stand the Z axis uprights on their ends on a granite surface plate it's clear that the ends aren't machined square. After machining the ends they are square and flat enough to assemble now. The Z axis bracket that the leadscrew nut bolts to was not fully bent so the leadscrew didn't line up with the coupler and had to be straightened to make it parallel to the Z uprights so it would line up with the coupler. Check yours to make sure that bracket was bent at 90 degrees. The two uprights had to be shimmed to get them square to the bottom supports and parallel with each other so that the X axis rail would go up and down in a straight line without binding. Colored plastic shim stock of various thickness and an accurate machinist square is paramount to your success here. Even a small Framing square or a plastic triangle from an office supply store would assist in getting the uprights square to the base. The two uprights have to be parallel to one another and hopefully square to the base in order for the top rail to mate up correctly.
If you want accurate prints the X and Y axis has to be able to move squarely to one another. The Z axis has to move perpendicular to the build plate once the X and Y axis are square. If this isn't accurate it will affect your print quality. Once the mechanics are built you will need to tidy up the wiring, check the hot end and build plate heating and make sure the extruder will extrude plastic from the nozzle.
Prints can be made directly to the build plate, to a piece of borosilicate glass, mirrored glass or tempered plate glass resting on the heated bed. Once the Z stop is set close so that the Z homes with the nozzle close to the bed plate the you can level up the bed plate with a stainless steel feeler gage and you should be good to go. I would use a .005" feeler gage to start as a comparable piece of paper is .004" thickness.
Summary:
Pros:
1. Good value for money.
2. Everything bolted up and worked
3. Spare parts were a nice touch and much appreciated.
4. Good selection of software to slice and handle STL files.
5. Fastener quality was good enough to get the job done.
Cons:
1. Instructions are abysmal. The illustrations are too small, not well explained and the references are sorely lacking for someone that has no experience with building small CNC type electronics. In short the instructions are just enough to get the job done but the neophyte will struggle.
2. Build photos would be a big help. You can't depend on a bunch of folks on the Internet to cover your failings with YT videos and websites that may be doing it wrong to start with. The factory needs to own it.
3. Use a full size SD card. Micro SD cards are OK for phones and tablets because they get installed and stay installed, they have no business in a 3D printer they are simply too small to use all the time.
4. The 24V wiring coming from the power supply had insulation nicks on both the + and - wires and had to have heat shrink applied to keep them from possibly shorting out. The screws on the terminal block at the bottom of the power supply were just barely tight so check yours.
5. XT 60 connectors are rated for up to 65 amps continuous but they were never designed to be permanent connections. In RC model applications you may fly for 5 to 10 minutes and then the packs are disconnected. Most of the time the connectors aren't even in use. I would prefer to see a metal enclosure with a terminal strip for the power connections.
6. The uprights are cut on a cold saw and this is a common operation for extrusions. The problem is that the resulting surface isn't flat, straight or square. When you bolt the uprights onto the lower frame they aren't square and parallel. You will have to shim them to get them to be square and perpendicular. Note to the factory; you can do better.
Suggestions to Creality:
Look at the Pro's and Con's, take note of some of the issues and make corrections to the new kits coming out of China. It takes just as long to do something wrong as it does to make it right. Making it right is easier.
There should be an adjustable Z stop instead of a fixed one.
The homing speed needs to be lowered slightly as the hot end and table hit too hard when homing. I can do this in the Marlin Firmware but the factory just needs to lower the speed slightly.
All in all, this is a great way to spend a couple of evenings and the print quality is really good, especially for the money. Despite the issues this is a great printer. Don't let the issues cloud your decision about buying it. All the issues can be resolved by the builder and that's you. This should be a 3.5 star printer but it could be a 5 star printer with just a little work by the factory.
Suggestions:
Images in this review
1,280 people found this helpful
Report abuse
Reviewed in the United States on July 22, 2018
Setup
The setup was fairly straight forward. It took me about an hour to have it fully setup and powered on. All the tools needed are provided with the unit to complete the full setup. There are a few great youtube videos on setting up that you can watch as well if you need a little extra help.
Use
Very easy to use. This is not my first 3D printer, so I do have a little bit of experience with them in general. But this was still a very easy printer to simply start using. Leveled the bad, loaded filament and printed the test print. It came out great. My 2nd print with this machine was an Ocaraina from Legend of Zelda. It came out absolutely flawless on this Ender 3. I am very impressed. Like I said, I have had it for a few months now and it has been rock solid. I have not had a single issue. Just load filament and print. I've not even had to re-level my bed yet.
Quality
The unit itself is very sturdy. The hardware used is good quality. Everything aligns very well. I do not foresee any issues with quality in the future. I also have a CR-10, so I can stand behind saying that Creality's quality is top notch.
Value
You will not find a better printer for this price. This printer exceeded my expectations on every level.
Verified Purchase
I purchased this printer a few months ago. It has been a dream to use. I would definitely recommend this as a great printer for anyone starting out with 3D printing or even for veterans that want a more compact and reliable unit. I am extremely impressed.
Setup
The setup was fairly straight forward. It took me about an hour to have it fully setup and powered on. All the tools needed are provided with the unit to complete the full setup. There are a few great youtube videos on setting up that you can watch as well if you need a little extra help.
Use
Very easy to use. This is not my first 3D printer, so I do have a little bit of experience with them in general. But this was still a very easy printer to simply start using. Leveled the bad, loaded filament and printed the test print. It came out great. My 2nd print with this machine was an Ocaraina from Legend of Zelda. It came out absolutely flawless on this Ender 3. I am very impressed. Like I said, I have had it for a few months now and it has been rock solid. I have not had a single issue. Just load filament and print. I've not even had to re-level my bed yet.
Quality
The unit itself is very sturdy. The hardware used is good quality. Everything aligns very well. I do not foresee any issues with quality in the future. I also have a CR-10, so I can stand behind saying that Creality's quality is top notch.
Value
You will not find a better printer for this price. This printer exceeded my expectations on every level.
Setup
The setup was fairly straight forward. It took me about an hour to have it fully setup and powered on. All the tools needed are provided with the unit to complete the full setup. There are a few great youtube videos on setting up that you can watch as well if you need a little extra help.
Use
Very easy to use. This is not my first 3D printer, so I do have a little bit of experience with them in general. But this was still a very easy printer to simply start using. Leveled the bad, loaded filament and printed the test print. It came out great. My 2nd print with this machine was an Ocaraina from Legend of Zelda. It came out absolutely flawless on this Ender 3. I am very impressed. Like I said, I have had it for a few months now and it has been rock solid. I have not had a single issue. Just load filament and print. I've not even had to re-level my bed yet.
Quality
The unit itself is very sturdy. The hardware used is good quality. Everything aligns very well. I do not foresee any issues with quality in the future. I also have a CR-10, so I can stand behind saying that Creality's quality is top notch.
Value
You will not find a better printer for this price. This printer exceeded my expectations on every level.
5.0 out of 5 stars
Phenomenal printer
By Ben on July 22, 2018
I purchased this printer a few months ago. It has been a dream to use. I would definitely recommend this as a great printer for anyone starting out with 3D printing or even for veterans that want a more compact and reliable unit. I am extremely impressed.By Ben on July 22, 2018
Setup
The setup was fairly straight forward. It took me about an hour to have it fully setup and powered on. All the tools needed are provided with the unit to complete the full setup. There are a few great youtube videos on setting up that you can watch as well if you need a little extra help.
Use
Very easy to use. This is not my first 3D printer, so I do have a little bit of experience with them in general. But this was still a very easy printer to simply start using. Leveled the bad, loaded filament and printed the test print. It came out great. My 2nd print with this machine was an Ocaraina from Legend of Zelda. It came out absolutely flawless on this Ender 3. I am very impressed. Like I said, I have had it for a few months now and it has been rock solid. I have not had a single issue. Just load filament and print. I've not even had to re-level my bed yet.
Quality
The unit itself is very sturdy. The hardware used is good quality. Everything aligns very well. I do not foresee any issues with quality in the future. I also have a CR-10, so I can stand behind saying that Creality's quality is top notch.
Value
You will not find a better printer for this price. This printer exceeded my expectations on every level.
Images in this review
389 people found this helpful
Report abuse
Reviewed in the United States on June 15, 2018
This is my first personal 3d printer. I normally use resin based printers at work so I'm used to high quality prints. This printer is able to print at near resin quality if you turn the layer height to .05mm and speed to 25mm/s. I've attached a picture of my very first print (not including the test dog). Obviously resin is going to look better, but for a $250 FDM printer, I doubt you could find a better deal. I ended up choosing FDM over Resin due to the cost of resin. It costs around 5x to 10x more to print using resin.
Verified Purchase
My printer's bed came severely warped. Warped enough that I could not print anything. I contacted Comgrow and they were nice enough to immediately ship me a new bed! After the new bed was installed, it printed like a dream! The only experience I've had with FDM printers is the makerbot replicator 4 and it was a nightmare to use. This one hasn't given me a single problem since the bed was replaced.
This is my first personal 3d printer. I normally use resin based printers at work so I'm used to high quality prints. This printer is able to print at near resin quality if you turn the layer height to .05mm and speed to 25mm/s. I've attached a picture of my very first print (not including the test dog). Obviously resin is going to look better, but for a $250 FDM printer, I doubt you could find a better deal. I ended up choosing FDM over Resin due to the cost of resin. It costs around 5x to 10x more to print using resin.
This is my first personal 3d printer. I normally use resin based printers at work so I'm used to high quality prints. This printer is able to print at near resin quality if you turn the layer height to .05mm and speed to 25mm/s. I've attached a picture of my very first print (not including the test dog). Obviously resin is going to look better, but for a $250 FDM printer, I doubt you could find a better deal. I ended up choosing FDM over Resin due to the cost of resin. It costs around 5x to 10x more to print using resin.
5.0 out of 5 stars
Amazing printer for the price. Bed came warped but the seller replaced it
By Defluo on June 15, 2018
My printer's bed came severely warped. Warped enough that I could not print anything. I contacted Comgrow and they were nice enough to immediately ship me a new bed! After the new bed was installed, it printed like a dream! The only experience I've had with FDM printers is the makerbot replicator 4 and it was a nightmare to use. This one hasn't given me a single problem since the bed was replaced.By Defluo on June 15, 2018
This is my first personal 3d printer. I normally use resin based printers at work so I'm used to high quality prints. This printer is able to print at near resin quality if you turn the layer height to .05mm and speed to 25mm/s. I've attached a picture of my very first print (not including the test dog). Obviously resin is going to look better, but for a $250 FDM printer, I doubt you could find a better deal. I ended up choosing FDM over Resin due to the cost of resin. It costs around 5x to 10x more to print using resin.
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Reviewed in the United States on August 9, 2018
update: August 11, 2018
Comgrow has arranged for a new belt to be shipped to me to replace the defective one. It should arrive in a few days. I'm looking forward to my first print.
update: August 14, 2018
The new belt arrived today and I was finally able to finish assembling the printer and perform my first print. The results were far better than I expected.
I was initially distraught that I wasn't able to finish assembling the printer, but Comgrow quickly sent me the replacement part that I needed to get things up and running.
Verified Purchase
Everything was appearing to go fine with assembly until I realized that the included belt was too short to reach around the X-axis assembly and attach to the two notches in the hot end assembly. Until I can get a replacement belt, this printer is just a big paper weight.
update: August 11, 2018
Comgrow has arranged for a new belt to be shipped to me to replace the defective one. It should arrive in a few days. I'm looking forward to my first print.
update: August 14, 2018
The new belt arrived today and I was finally able to finish assembling the printer and perform my first print. The results were far better than I expected.
I was initially distraught that I wasn't able to finish assembling the printer, but Comgrow quickly sent me the replacement part that I needed to get things up and running.
update: August 11, 2018
Comgrow has arranged for a new belt to be shipped to me to replace the defective one. It should arrive in a few days. I'm looking forward to my first print.
update: August 14, 2018
The new belt arrived today and I was finally able to finish assembling the printer and perform my first print. The results were far better than I expected.
I was initially distraught that I wasn't able to finish assembling the printer, but Comgrow quickly sent me the replacement part that I needed to get things up and running.
5.0 out of 5 stars
The included belt was too short (problem resolved by Comgrow, see updates)
By David H. on August 9, 2018
Everything was appearing to go fine with assembly until I realized that the included belt was too short to reach around the X-axis assembly and attach to the two notches in the hot end assembly. Until I can get a replacement belt, this printer is just a big paper weight.By David H. on August 9, 2018
update: August 11, 2018
Comgrow has arranged for a new belt to be shipped to me to replace the defective one. It should arrive in a few days. I'm looking forward to my first print.
update: August 14, 2018
The new belt arrived today and I was finally able to finish assembling the printer and perform my first print. The results were far better than I expected.
I was initially distraught that I wasn't able to finish assembling the printer, but Comgrow quickly sent me the replacement part that I needed to get things up and running.
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Gabriele
5.0 out of 5 stars
Sorprendente
Reviewed in Italy on October 10, 2018Verified Purchase
Si legge di tutto su questa stampante, è difficile non dilungarsi sui pregi.
Pro:
- rapporto qualità prezzo ottimo; ho provato altre stampanti ben più costose e dalla qualità decisamente inferiore
- per essere un kit è piuttosto semplice da montare, tutte le viti sono contenute in bustine etichettate che riportano le misure delle viti quindi è impossibile sbagliare dove vanno usate
- il piatto scalda bene, ha una buona aderenza senza dover utilizzare prodotti che aiutino l'incollagio del pezzo
- si può sostiture l'ugello estrusore con ugelli di sezioni differenti per ottenere finiture più o meno raffinate (utilizzare ugelli MK8)
- precisa, buona concentricità (cilindri e sfere vengono realizzati in maniera più che soddisfacente)
- possibilità di utilizzare tanti filamenti di materiale differente (PLA, PLA+, ABS, ABS+, PETG, FLEX, WOOD, CARBON etc.) Li ho provati quasi tutti con ottimi risultati
- a seconda del materiale e delle impostazioni si riescono ad ottenere pezzi piuttosto lisci e piacevoli al tatto
Contro:
- per il momento posso dire che essendo completamente aperta è piuttosto rumorosa
- non è velocissima
Note generali e consigli:
- i materiali plastici sono piuttosto fragili se utilizzati per pezzi con parti sottili o piccoli incastri, scegliere materiali come il flex aiuta
- carini alcuni progetti già pronti da stampare che si trovano in rete e che migliorano la stampante stessa
- è bello giocare con le impostazioni di temperatura estrusore/piatto e tutte le varie impostazioni per capire bene come ottimizzare le stampe (io solitamente uso i software cura e slic3er) poi i cad free che si trovano in rete
- fare attenzione ai primi istanti di stampa facendo in modo che porzioni di filamento già estruso e solidificato non risultino arricciate perchè potrebbe compromettere il resto della stampa se la testina ci va a sbattere contro
- organizzare bene i cavi in modo che non intralcino i movimenti del piatto e della testina
Ero partito con 4 stelle ma mi rendo conto scrivendo che attualmente merita 5 stelle :)
Aggiornamento 13/03/2019, dopo 6 mesi di utilizzo:
ho fatto molte prove con filamenti diversi, ottenendo buoni risultati, di seguito alcune osservazioni:
- dopo i primi test ho acquistato solo filamenti PLUS ovvero con il + dopo la sigla del materiale perché li ho trovati più omogenei, meno odorosi e con le adeguate temperature non si è mai intasato l'ugello.
- Ho sempre stampato in qualità "Fine"
- Ho sempre usato l'ugello standard da 0.4 anche se ne ho altri più fini che proverò a breve.
- Attenzione durante la calibrazione del piatto a girare nel senso corretto e poco per volta le ghiere del piatto perchè sbagliando potreste bucare il piatto che è morbido e l'ugello caldo lo fonde
- Tutti i problemi avuti di distacco dell'oggetto dal piatto sono riconducibili ad una non perfetta calibrazione del piatto che va fatta spesso.
- Pezzi di dimensioni maggiori di circa 5cmx5cm hanno più problemi di aderenza; anche io ho riscontrato che il piatto non è perfettamente piano e all'allontanarsi dal centro l'oggetto tende a non aderire perfettamente (provare con piano di vetro)
- Per oggetti che si aprono in orizzontale (tipo fungo per intenderci) utilizzare le "colonnette" di supporto altrimenti il filo non sta su (le settate dal software di slicing). Per la mia esperienza non servono per tutta la lunghezza dello sbalzo ma si possono mettere a intervalli anche perchè comunque la loro rimozione lascia dei segni che vanno eventualmente limati
PLA+ : semplice, aderisce bene al piatto, fragile per pezzi sottili
PETG: bel materiale, semplice, aderisce bene al piatto, meno fragile del PLA+, consigliato
ABS+: rognosetto nell'aderenza al piatto, non mi esalta
TPU+ : bello perchè è gommoso quindi adatto per applicazioni particolari, non facilissima la stampa soprattutto nei primi layer
WOOD+: per ora il mio preferito perchè ha un aspetto uniforme e quasi non si percepiscono i fili, bello al tatto, facile da stampare, buona aderenza al piatto
Buon divertimento!!
Pro:
- rapporto qualità prezzo ottimo; ho provato altre stampanti ben più costose e dalla qualità decisamente inferiore
- per essere un kit è piuttosto semplice da montare, tutte le viti sono contenute in bustine etichettate che riportano le misure delle viti quindi è impossibile sbagliare dove vanno usate
- il piatto scalda bene, ha una buona aderenza senza dover utilizzare prodotti che aiutino l'incollagio del pezzo
- si può sostiture l'ugello estrusore con ugelli di sezioni differenti per ottenere finiture più o meno raffinate (utilizzare ugelli MK8)
- precisa, buona concentricità (cilindri e sfere vengono realizzati in maniera più che soddisfacente)
- possibilità di utilizzare tanti filamenti di materiale differente (PLA, PLA+, ABS, ABS+, PETG, FLEX, WOOD, CARBON etc.) Li ho provati quasi tutti con ottimi risultati
- a seconda del materiale e delle impostazioni si riescono ad ottenere pezzi piuttosto lisci e piacevoli al tatto
Contro:
- per il momento posso dire che essendo completamente aperta è piuttosto rumorosa
- non è velocissima
Note generali e consigli:
- i materiali plastici sono piuttosto fragili se utilizzati per pezzi con parti sottili o piccoli incastri, scegliere materiali come il flex aiuta
- carini alcuni progetti già pronti da stampare che si trovano in rete e che migliorano la stampante stessa
- è bello giocare con le impostazioni di temperatura estrusore/piatto e tutte le varie impostazioni per capire bene come ottimizzare le stampe (io solitamente uso i software cura e slic3er) poi i cad free che si trovano in rete
- fare attenzione ai primi istanti di stampa facendo in modo che porzioni di filamento già estruso e solidificato non risultino arricciate perchè potrebbe compromettere il resto della stampa se la testina ci va a sbattere contro
- organizzare bene i cavi in modo che non intralcino i movimenti del piatto e della testina
Ero partito con 4 stelle ma mi rendo conto scrivendo che attualmente merita 5 stelle :)
Aggiornamento 13/03/2019, dopo 6 mesi di utilizzo:
ho fatto molte prove con filamenti diversi, ottenendo buoni risultati, di seguito alcune osservazioni:
- dopo i primi test ho acquistato solo filamenti PLUS ovvero con il + dopo la sigla del materiale perché li ho trovati più omogenei, meno odorosi e con le adeguate temperature non si è mai intasato l'ugello.
- Ho sempre stampato in qualità "Fine"
- Ho sempre usato l'ugello standard da 0.4 anche se ne ho altri più fini che proverò a breve.
- Attenzione durante la calibrazione del piatto a girare nel senso corretto e poco per volta le ghiere del piatto perchè sbagliando potreste bucare il piatto che è morbido e l'ugello caldo lo fonde
- Tutti i problemi avuti di distacco dell'oggetto dal piatto sono riconducibili ad una non perfetta calibrazione del piatto che va fatta spesso.
- Pezzi di dimensioni maggiori di circa 5cmx5cm hanno più problemi di aderenza; anche io ho riscontrato che il piatto non è perfettamente piano e all'allontanarsi dal centro l'oggetto tende a non aderire perfettamente (provare con piano di vetro)
- Per oggetti che si aprono in orizzontale (tipo fungo per intenderci) utilizzare le "colonnette" di supporto altrimenti il filo non sta su (le settate dal software di slicing). Per la mia esperienza non servono per tutta la lunghezza dello sbalzo ma si possono mettere a intervalli anche perchè comunque la loro rimozione lascia dei segni che vanno eventualmente limati
PLA+ : semplice, aderisce bene al piatto, fragile per pezzi sottili
PETG: bel materiale, semplice, aderisce bene al piatto, meno fragile del PLA+, consigliato
ABS+: rognosetto nell'aderenza al piatto, non mi esalta
TPU+ : bello perchè è gommoso quindi adatto per applicazioni particolari, non facilissima la stampa soprattutto nei primi layer
WOOD+: per ora il mio preferito perchè ha un aspetto uniforme e quasi non si percepiscono i fili, bello al tatto, facile da stampare, buona aderenza al piatto
Buon divertimento!!
Prajwal Dsouza
3.0 out of 5 stars
They open your sealed package to put crappy stickers.
Reviewed in India on September 16, 2019Verified Purchase
The 3D printer itself is great, no complaints at all. But I hate this WOL3D's habit of opening brand new packages just to stick their ugly logo on it, which we can't even remove afterwards. First I got a printer that was dusty even though it was inside the box...even had scratches. Probably was a display piece they packed and shipped. I did quickly get a replacement, but they still opened the sealed pack to stick their ugly logo on it. Come on WOL3D we don't need your logo. If you're modifying the printer like this at least show the same in the images, I wouldn't have bought it from you. Imagine ordering an iPhone, and the seller sticks his logo on it with super glue...just plain stupid.
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PH
5.0 out of 5 stars
Excellent customer service, best budget printer
Reviewed in the United Kingdom on August 22, 2018Verified Purchase
I will split my review in two pieces, printer (Ender 3) and reseller (Comgrow).
Printer:
This is a very, very inexpensive printer. It comes partially assembled however I wouldn't consider it partially assembled at all. I recommend anyone buying this to dismantle the lower half and reassemble with due care and attention. Assemble the whole printer on a flat surface and a set square. Ensure the whole frame is square and the z rod is square and parallel to the frame. Ensure belts are tight, and ensure the carriage, z gantry and bed wheels are tensioned correctly before beginning to print.
Carefully assembling the printer will make troubleshooting print quality amazingly simple. I would recommend using Simplify 3d as the slicer with this printer.
Overall I am getting incredible prints now with this printer. For <£200 it is unbelievable. I have previously worked with multiple ultimakers and gigabots and I'm seeing comparable quality in finished prints here.
Comgrow:
As equally impressive as the printer. Wow. I had a couple of issues with the printer regarding the flatness software the bed. This made first layers difficult to get dialed in. They quickly recommended a solution and shipped replacement parts with no quibble. I provided a video of the performance and some images showing the problem and they knew this was a genuine query and rectified it immediately. They offered some advice alongside this also. Turn around time was more than acceptable and I had a great experience dealing with Nancy from Comgrow. I would highly recommend buying from this seller.
Printer:
This is a very, very inexpensive printer. It comes partially assembled however I wouldn't consider it partially assembled at all. I recommend anyone buying this to dismantle the lower half and reassemble with due care and attention. Assemble the whole printer on a flat surface and a set square. Ensure the whole frame is square and the z rod is square and parallel to the frame. Ensure belts are tight, and ensure the carriage, z gantry and bed wheels are tensioned correctly before beginning to print.
Carefully assembling the printer will make troubleshooting print quality amazingly simple. I would recommend using Simplify 3d as the slicer with this printer.
Overall I am getting incredible prints now with this printer. For <£200 it is unbelievable. I have previously worked with multiple ultimakers and gigabots and I'm seeing comparable quality in finished prints here.
Comgrow:
As equally impressive as the printer. Wow. I had a couple of issues with the printer regarding the flatness software the bed. This made first layers difficult to get dialed in. They quickly recommended a solution and shipped replacement parts with no quibble. I provided a video of the performance and some images showing the problem and they knew this was a genuine query and rectified it immediately. They offered some advice alongside this also. Turn around time was more than acceptable and I had a great experience dealing with Nancy from Comgrow. I would highly recommend buying from this seller.
5.0 out of 5 stars
Excellent customer service, best budget printer
Reviewed in the United Kingdom on August 22, 2018
I will split my review in two pieces, printer (Ender 3) and reseller (Comgrow).Reviewed in the United Kingdom on August 22, 2018
Printer:
This is a very, very inexpensive printer. It comes partially assembled however I wouldn't consider it partially assembled at all. I recommend anyone buying this to dismantle the lower half and reassemble with due care and attention. Assemble the whole printer on a flat surface and a set square. Ensure the whole frame is square and the z rod is square and parallel to the frame. Ensure belts are tight, and ensure the carriage, z gantry and bed wheels are tensioned correctly before beginning to print.
Carefully assembling the printer will make troubleshooting print quality amazingly simple. I would recommend using Simplify 3d as the slicer with this printer.
Overall I am getting incredible prints now with this printer. For <£200 it is unbelievable. I have previously worked with multiple ultimakers and gigabots and I'm seeing comparable quality in finished prints here.
Comgrow:
As equally impressive as the printer. Wow. I had a couple of issues with the printer regarding the flatness software the bed. This made first layers difficult to get dialed in. They quickly recommended a solution and shipped replacement parts with no quibble. I provided a video of the performance and some images showing the problem and they knew this was a genuine query and rectified it immediately. They offered some advice alongside this also. Turn around time was more than acceptable and I had a great experience dealing with Nancy from Comgrow. I would highly recommend buying from this seller.
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Mac
3.0 out of 5 stars
Imprimante avec un rapport qualité prix excellent mais des défauts
Reviewed in France on June 14, 2018Verified Purchase
Mise a jour du commentaire sur le défaut du plateau d'impression.
Cette imprimante tout métal est livrée en semi-kit. la plus grand partie de l'assemblage est déjà fait en usine (mais ne dispense pas de vérifier les serrages de vis). L'emballage est très sérieux et protecteur.
Tout est livré coté outils nécessaires a l'assemblage et à l'utilisation: clés allen, clés pour les écrous (déja montés), pince coupante pour le filament, débouche buse et spatule pour décoller les pièces, carte SD avec cura et un exemple de gcode/STL.
Toute les pièces sont ensachées par famille et très bien référencées, un très bon point qui facilite le montage. Il y a plus de vis que nécessaire, ne vous affolez pas si il reste des vis inutilisées, c'est normal.
Coté montage, comptez une bonne heure en prenant du temps. La documentation est relativement explicite mais il faut bien regarder les pièces a monter pour ne pas faire d'erreur d'assemblage. Rien de compliqué, Naomi Wu y arrive, donc pas de raison que vous n'y arriviez pas.
Une fois montée vous avez une imprimante tout métal avec roulements type vslot (sans être de vrais vslot) qui est bien rigide, sans trop de défauts de conception.
Coté logiciel, il suffit de reprendre le profil d'une Creality CR10 et de changer l'enveloppe de travail.
Les défauts:
- Le plateau n'est pas parfaitement plan mais remonte un peu sur les bords dans mon cas, 0,15mm entre le centre et les bords.
En pratique cela veut dire que pour avoir une impression qui colle au centre, les bords vont toucher. Défaut rédhibitoire pour utiliser toute la surface d'impression, ou qui demande de sacrifier de la surface. Une solution est d'utiliser un plateau en verre, mais cela s'ajoute au cout de l'mprimante. Impossible de mettre plus de 3 étoile a cause de ca.
- le filament peut frotter sur la vis du Z qui est graissée donc risque de contamination du filament. Il va falloir imprimer une pièce de guidage adaptée (voir sur thingiveres).
- L'encodeur de l'écran ne permets pas d’incrémenter de 1 a 1 facilement, ça saute de 2 en 2 ou plus.
- un poil bruyante.
- pas de chemin de câble, le câble du Z est très tendu en position Z max.
- slot pour la sdcard peu pratique.
- non opensource pour le firmware.
- documentation légère pour un débutant.
Les bons points:
- lit chauffant alu et surface d'impression: ça chauffe vite et bien, l'adhésion est excellente en PLA (pas testé encore d'autre matières).
- extrudeur correct, a tester avec du TPU néanmoins.
- tête d'impression bien isolée, avec ventilo de refroidissement hotend et un pour l'extrusion.
- électronique protégée et ventilée, alimentation fixée sur l'imprimante
- firmware qui n'est pas trop mal, pas vu de bug pour l'instant.
- utilisable sans modifications, bref une imprimante low cost pour débutant
- expédiée depuis l'EU, donc pas de frais de douane, ça arrive en 3 jours d’Angleterre.
Au final difficile de battre cette imprimante pour le rapport qualité prix. La surface d'impression est plus faible qu'une Creality CR10 mais suffisante et en rapport avec le prix. La disponibilité en europe est un gros plus pour ceux qui ne veulent pas prendre le risque d'une importation.
La plus grande surprise vient du fait qu'elle est utilisable directement même par un débutant qui prendra le temps de se former sur internet pour l'utilisation d'une imprimante 3D.
Cette imprimante tout métal est livrée en semi-kit. la plus grand partie de l'assemblage est déjà fait en usine (mais ne dispense pas de vérifier les serrages de vis). L'emballage est très sérieux et protecteur.
Tout est livré coté outils nécessaires a l'assemblage et à l'utilisation: clés allen, clés pour les écrous (déja montés), pince coupante pour le filament, débouche buse et spatule pour décoller les pièces, carte SD avec cura et un exemple de gcode/STL.
Toute les pièces sont ensachées par famille et très bien référencées, un très bon point qui facilite le montage. Il y a plus de vis que nécessaire, ne vous affolez pas si il reste des vis inutilisées, c'est normal.
Coté montage, comptez une bonne heure en prenant du temps. La documentation est relativement explicite mais il faut bien regarder les pièces a monter pour ne pas faire d'erreur d'assemblage. Rien de compliqué, Naomi Wu y arrive, donc pas de raison que vous n'y arriviez pas.
Une fois montée vous avez une imprimante tout métal avec roulements type vslot (sans être de vrais vslot) qui est bien rigide, sans trop de défauts de conception.
Coté logiciel, il suffit de reprendre le profil d'une Creality CR10 et de changer l'enveloppe de travail.
Les défauts:
- Le plateau n'est pas parfaitement plan mais remonte un peu sur les bords dans mon cas, 0,15mm entre le centre et les bords.
En pratique cela veut dire que pour avoir une impression qui colle au centre, les bords vont toucher. Défaut rédhibitoire pour utiliser toute la surface d'impression, ou qui demande de sacrifier de la surface. Une solution est d'utiliser un plateau en verre, mais cela s'ajoute au cout de l'mprimante. Impossible de mettre plus de 3 étoile a cause de ca.
- le filament peut frotter sur la vis du Z qui est graissée donc risque de contamination du filament. Il va falloir imprimer une pièce de guidage adaptée (voir sur thingiveres).
- L'encodeur de l'écran ne permets pas d’incrémenter de 1 a 1 facilement, ça saute de 2 en 2 ou plus.
- un poil bruyante.
- pas de chemin de câble, le câble du Z est très tendu en position Z max.
- slot pour la sdcard peu pratique.
- non opensource pour le firmware.
- documentation légère pour un débutant.
Les bons points:
- lit chauffant alu et surface d'impression: ça chauffe vite et bien, l'adhésion est excellente en PLA (pas testé encore d'autre matières).
- extrudeur correct, a tester avec du TPU néanmoins.
- tête d'impression bien isolée, avec ventilo de refroidissement hotend et un pour l'extrusion.
- électronique protégée et ventilée, alimentation fixée sur l'imprimante
- firmware qui n'est pas trop mal, pas vu de bug pour l'instant.
- utilisable sans modifications, bref une imprimante low cost pour débutant
- expédiée depuis l'EU, donc pas de frais de douane, ça arrive en 3 jours d’Angleterre.
Au final difficile de battre cette imprimante pour le rapport qualité prix. La surface d'impression est plus faible qu'une Creality CR10 mais suffisante et en rapport avec le prix. La disponibilité en europe est un gros plus pour ceux qui ne veulent pas prendre le risque d'une importation.
La plus grande surprise vient du fait qu'elle est utilisable directement même par un débutant qui prendra le temps de se former sur internet pour l'utilisation d'une imprimante 3D.
Mario Pascucci
5.0 out of 5 stars
La stampante giusta per iniziare
Reviewed in Italy on September 3, 2018Verified Purchase
Dopo parecchi tentennamenti, alla fine mi sono convinto per questo modello, che ha parecchie recensioni positive sul web.
Ed in effetti sono meritate. Premontata, si completa in un paio d'ore con calma, ed è pronta per stampare. Da qui in poi si tratta di farsi le ossa con temperature, allineamento del piatto, velocità di estrusione ecc.
Consiglio di scaricare la versione recente del software Cura di Ultimaker, è molto completo. Basta impostare come modello la Creality CR-10, impostando le misure del piatto a quelle di questa e praticamente c'è poco altro da fare.
Sul web si trovano centinaia di modifiche e accessori da aggiungere per migliorare stampa e prestazioni, è una delle stampanti più "personalizzabili" che abbia mai visto.
Consigliata a chi vuole iniziare, ma anche per "maker" che hanno intenzione di avviarsi in questo campo.
In foto un box per Raspberry PI 3 da collegare alla stampante usando Octoprint (nella versione per Raspberry OctoPI) per controllare da remoto la stampante: stampato in 4 ore e 49 minuti con strati da 0,2mm in PLA bianco.
Ed in effetti sono meritate. Premontata, si completa in un paio d'ore con calma, ed è pronta per stampare. Da qui in poi si tratta di farsi le ossa con temperature, allineamento del piatto, velocità di estrusione ecc.
Consiglio di scaricare la versione recente del software Cura di Ultimaker, è molto completo. Basta impostare come modello la Creality CR-10, impostando le misure del piatto a quelle di questa e praticamente c'è poco altro da fare.
Sul web si trovano centinaia di modifiche e accessori da aggiungere per migliorare stampa e prestazioni, è una delle stampanti più "personalizzabili" che abbia mai visto.
Consigliata a chi vuole iniziare, ma anche per "maker" che hanno intenzione di avviarsi in questo campo.
In foto un box per Raspberry PI 3 da collegare alla stampante usando Octoprint (nella versione per Raspberry OctoPI) per controllare da remoto la stampante: stampato in 4 ore e 49 minuti con strati da 0,2mm in PLA bianco.
5.0 out of 5 stars
La stampante giusta per iniziare
Reviewed in Italy on September 3, 2018
Dopo parecchi tentennamenti, alla fine mi sono convinto per questo modello, che ha parecchie recensioni positive sul web.Reviewed in Italy on September 3, 2018
Ed in effetti sono meritate. Premontata, si completa in un paio d'ore con calma, ed è pronta per stampare. Da qui in poi si tratta di farsi le ossa con temperature, allineamento del piatto, velocità di estrusione ecc.
Consiglio di scaricare la versione recente del software Cura di Ultimaker, è molto completo. Basta impostare come modello la Creality CR-10, impostando le misure del piatto a quelle di questa e praticamente c'è poco altro da fare.
Sul web si trovano centinaia di modifiche e accessori da aggiungere per migliorare stampa e prestazioni, è una delle stampanti più "personalizzabili" che abbia mai visto.
Consigliata a chi vuole iniziare, ma anche per "maker" che hanno intenzione di avviarsi in questo campo.
In foto un box per Raspberry PI 3 da collegare alla stampante usando Octoprint (nella versione per Raspberry OctoPI) per controllare da remoto la stampante: stampato in 4 ore e 49 minuti con strati da 0,2mm in PLA bianco.
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