Photo mono 3d printer


Anycubic Photon Mono - Faster LCD-based /SLA Resin 3D Printer


FEP Film for Photon Mono here https://www.anycubic.com/products/fep-film-for-photon-mono-sla-lcd-3d-printer

6" 2K Monochrome LCD
A much longer lifespan: It’s s 4 times longer than color LCD.
Quick FEP Replacement
Easy and quick to replace the FEP.
Fast Printing Speed
With a monochrome screen, the printer can use less energy while printing faster.
High Quality Z-axis
High Quality Z-axis Rail Structure & Stepper Motor.
Technical Specifications
● System : ANYCUBIC Photon Mono
● Operation : 2.8 inch Touch Screen
● Software : ANYCUBIC Photon workshop
● Connectivity : USB
● Technology: LCD-based SLA
● Light-source: high-quality filament(wavelength 405nm)
● XY Res. : 0.051mm 2560*1620(2K)dd>
● Z Axis Res.: 0.01mm
● Layer Res.: 0.01 ~ 0.15mm
● Printing Speed: MAX 50mm/h
● Rated Power: 45W
● Printer Size : 227mm(L)*222mm(W)*383mm(H)
● Build Volume: 130mm(L)*80mm(W)*165mm(H)
● Material: 405nm UV Resin
● Net Weight: ~4.5kg
High Quality Z-axis Rail
It improves stability while in motion and reduces the risk of layer shifting.
Quick FEP Replacement
Easy and quick to replace the FEP.
Top Cover Detection
The printer can be set to stop printing immediately after opening the cover.
More Creative Space
For freedom to make
Anycubic Slicer Software
New features are added to the software. Supports up to 16x anti-aliasing. Fast slicing, Hollowing, Split Model, Text Paste
2K Monochrome LCD
The exposure time is reduced to 1.5 seconds. A much longer lifespan: You can print up to 2000 hours with it, which is 4 times longer than color LCD.
UV-blocking Top Cover
With the transparent cover, you can watch your prints while still blocking 99.95% of the UV light.
New Matrix Parallel Light Source
It has a more uniform exposure, higher efficiency and better heat dissipation.
High Quality Power Supply
UL certification, CE marking, and ETL certification

Parts List

User Manual

Tool set

USB Drive

Scraper

Resin Vat

Platform

Service Card

Glove

Funnel

Power Adapter

 
    Photon Mono
   Photon Mono 4K
   Photon Mono X 6k
Machine Weight 4. 5kg 4.3kg 11kg
Machine Size 383*227*222mm 383x227x222mm 475x290x270mm
LCD Resolution 2560x1620px(2k) 3840x2400px(4k) 5760x3600px(6k)
LCD Size 6.08’’ monochrome 6.23’’ monochrome 9.25’’ monochrome
XY Resolution 51 microns 35 microns 34 microns
Z axis Accuracy 10 microns 10 microns 10 microns
Build volume 165*130*80mm(1. 72L) 165x132x80mm(1.74L) 245x197x122mm(5.89L)
Max.Printing Speed 50mm/h 50mm/h 80mm/h

  • Photon
    LCD-based SLA
    Build Area: 115x65x155mm
    Filament:405nm UV Resin
    Diffusion Illuminant
    Single Z-axis
  • Photon S
    LCD-based SLA
    Build Area: 115x65x165mm
    Filament:405nm UV Resin
    Matrix Illuminant
    Double Z-axis
  • 4Max Pro
    FDM (Fused Deposition Modeling)
    Build Area: 270x205x205mm
    Filament: PLA, ABS, HIPS, PETG,
    Wood and TPU
    Titan Extruder
    Suspended Filament Rack
    Single Z-axis

Anycubic Care

Firmware

Photon Mono_V017

Driver

/

Slicer

V2. 1.29-Mac
V2.1.29-Win X86
V2.1.29-Win X64
Manual

Test model

test_model_1

Manual

click here

please click on it to download.

Simple Anycubic Photon Mono Review – Worth Buying or Not? – 3D Printerly

Anycubic are a very well-respected 3D printer manufacturer that have brought us the Anycubic Photon Mono resin 3D printer, a serious contender for one of the best budget machine out there.

To help people really look into this 3D printer as an option to have in their arsenal, I decided to write a review about it that gives a little more of a clearer look into how well it performs.

I’ll first go through the features so you know what you are getting, then go through the benefits, downsides, spefications and what current customers are saying about the Photon Mono (Amazon).

Let’s get straight into this review!

Features of the Anycubic Photon Mono

  • 6” 2K Monochrome LCD
  • Large Build Volume
  • New Matrix Parallel 405nm Light Source
  • Fast Printing Speed
  • Easy to Replace FEP
  • Own Slicer Software – Anycubic Photon Workshop
  • High Quality Z-Axis Rail
  • Reliable Power Supply
  • Top Cover Detection Safety

Check the price of the Anycubic Photon Mono:

AmazonAnycubic Official StoreBanggood

6” 2K Monochrome LCD

This 3D printer enables users to reduce the exposure time to just 1. 5 seconds, which is great in comparison to older models. A monochrome screen is included in the unit as it consumes less power and has a longer life span allowing you to easily print for about 2,000 hours.

The monochrome screen can serve you for about 3 to 4 times longer than many other budget resin 3D printers out there. You’ll save money in the long-run, as well as have a better printing experience overall.

In terms of resolution, the 2K monochrome LCD provides an XY resolution of around 51 microns, a very respected resolution for resin 3D printers.

The video below shows a visual of the Photon Mono, as well as some views on how well it performs.

New Matrix Parallel 405nm Light Source

The design of the light source within your resin 3D printer is important for the quality of your resin prints. That’s why Anycubic went with a new matrix parallel 405nm light source design to really bring out the benefits of this 3D printer.

Uniform exposure to the resin is necessary and this new matrix parallel light source is effective in providing better heat dissipation, high efficiency, and performance.

This amazing and advanced light source gives you a lot of success and better chances that you get great results once your prints are finished up.

Easy to Replace FEP

Out of the types of maintenance you can do with a resin 3D printer, a challenging part can be replacing your FEP film. Anycubic took notice of this and made sure to come up with an easy and quick method to get this job done.

You can start by unscrewing the nuts while holding the FEP film, place the new FEP film there, screw up the nuts again, and you are done. It’s a good idea to follow a video tutorial or a guide to make sure you get the tightness correct.

Check out my article called Scratched FEP Film? When & How Often to Replace FEP Film for more information about FEP films.

Own Slicer Software – Anycubic Photon Workshop

It comes with its own slicing software which includes some useful features such as 8x anti-aliasing and allowing you to add text to your print.

Most of the Anycubic’s previous version was compatible with other slicing software as well and this feature is inherited into Photon Mono as well, you have the ability to integrate and use other slicers such as ChiTuBox as well.

I do prefer to use other slicer software because the Photon Workshop software is hard to navigate and not so modern with its user interface. You want to go for either Lychee Slicer, PrusaSlicer, or ChiTuBox.

You can do the usual process with orientation and supports, then export the STL file back into the Photon Workshop to slice it into the specific file type that you need.

Lychee Slicer should have the ability to slice files into the required file so that’s definitely a great option to use.

High Quality Z-Axis Rail

For the best quality resin 3D prints, having a high quality, stable Z-axis is important. The Anycubic Photon Mono has a very high quality Z-axis rail structure, along with a stable stepper motor to improve stability while in motion.

This greatly reduces the risks of layer shifting in your models. I personally have the Photon Mono X which has a similar structure, and it works so well that even when I forgot to screw the bed into place, I still got a successful print!

Unlike other budget resin 3D printer options, you won’t get that same high quality, so this is one that you can rely on when you really need the extra support.

Reliable Power Supply

It comes with a power supply that has the relevant certification to ensure proper safety throughout printing. It is TUV, CE, and ETL certified, for top safety and durability.

The rated power comes to 45W.

Top Cover Detection Safety

In order to protect you from the strong UV lights from within the monochrome LCD, you have access to the top cover detection. This simply pauses the operation of the Photon Mono when the UV cover is removed.

This does have to be enabled within the machine to work properly. Use the lock icon within the user interface to activate the top lid cover detection.

Check out the Anycubic Photon Mono today to get this amazing 3D printer.

Benefits of the Anycubic Photon Mono

  • Comes with an efficient and convenient acrylic lid/cover
  • With a resolution of 0.05mm, it produces an excellent build quality
  • Build volume is a bit larger than its advanced version Anycubic Photon Mono SE.
  • Offers a very fast printing speed which is normally 2 to 3 times faster than other traditional resin 3D printers.
  • It has a high 2K, XY resolution of 2560 x 1680 pixels
  • Has quiet printing, so it doesn’t disturb work or sleep
  • Once you get to know the printer, it is quite easy to operate and manage
  • An efficient and extremely easy bed leveling system
  • Focusing on its print quality, printing speed, and build volume, its price is quite reasonable as compared to other 3D printers.

Downsides of the Anycubic Photon Mono

  • It only supports a single file type which can be inconvenient sometimes.
  • Anycubic Photon Workshop is not the best software, but you have the options to use Lychee Slicer which can save in the required extension for the Photon Mono.
  • It’s hard to tell what’s going on until the base comes above the resin
  • The odors aren’t ideal but this is normal for many resin 3D printers. Get some low-odor resin to combat this downside.
  • There is a lack of Wi-Fi connectivity and air filters.
  • The display screen is sensitive and prone to scratches.
  • Easy replace FEP means you have to buy the whole FEP film set rather than individual sheets which costs more, but you can get the Sovol Metal Frame Vat from Amazon to replace FEP film.

Specifications of the Anycubic Photon Mono

  • Printer’s Manufacturer: Anycubic
  • System Series: Photon
  • Display Screen: 6. 0-Inch Screen
  • Technology: LCD Based SLA (Stereolithography)
  • Printer Type: Resin 3D Printer
  • Light Source: 405nm LED Array
  • Operating System: Windows, Mac OS X
  • Minimum Layer Height: 10 Microns
  • Build Volume: 130mm x 80mm x 165mm (L, W, H)
  • Max Printing Speed: 50mm/h
  • Compatible Materials: 405nm UV Resin
  • Z-Axis Positioning Accuracy: 0.01mm
  • XY Resolution: 0.051mm 2560 x 1680 Pixels (2K)
  • File Types: STL
  • Bed Leveling: Assisted
  • Power: 45W
  • Assembly: Fully Assembled
  • Connectivity: USB
  • Printer Frame Dimensions: 227mm x 222mm x 383mm
  • Third-Party Materials: Yes
  • Slicer Software: Anycubic Photon Workshop
  • Weight: 4.5 KG (9.9 Pounds)

Customer Reviews of the Anycubic Photon Mono

There are many happy customers that are proud owners of the Anycubic Photon Mono, and they have many great things to say about it.

A user mentioned in his feedback that Photon Mono is ideal for any person, whether beginner or expert who wants to have a better 3D printing experience. It is very easy to configure, bed leveling is easy, build volume is respectable, and quality is excellent.

Another reviewer said that the unit comes with a PDF manual that provides instructions in a step by step manner that helps you to use the slicing software and perform different operations efficiently.

He said that a print that took 10 hours to print on another resin 3D printer was completed in just 4 hours on the Anycubic Photon Mono.

There is no barely any assembly required and this is one of the most appreciated parts of this 3D printer. As soon as you start unboxing, you can get things up and running very quickly, mostly just needing a connection to a power supply.

It comes with just about everything you need with it, including the safety equipment. The initial setup for one user was so simple that they had started their test print within just 15 minutes of unboxing.

One aspect that many people overlook is being able to get a good view of your 3D prints through the top cover. With the Photon Mono, you can do this fairly easily through the acrylic cover.

Compared to FDM printing which many users previously had, they describe the resin printing experience as a very simple one, especially with the video tutorials that are easily accessible.

When looking at the previous models of Photons, the Photon Mono comes out levels above which many people can attest to. The best improvement has to be the speed, and just how long the new monochrome screen lasts.

Anycubic Photon Mono Review – Worth Buying or Not?

I personally think the Anycubic Photon Mono (Amazon) has overtaken several resin 3D printers as the best budget option out there. You can get this 3D printer especially cheap when there is a sale going on.

Check the price of the Anycubic Photon Mono:

AmazonAnycubic Official StoreBanggood

It has top tier precision with each print that you produce, along with many amazing features and powerful specifications that realistically make it one of the best resin 3D printers in its price range.

Whether you are an experienced user or new to resin 3D printing, the Photon Mono is a very worthwhile purchase for a better printing journey.

specifications, photos and customer reviews for sale, but there are similar and similar

The price has increased by 22.2t ₽

More expensive than average, significantly

Reliable seller - 89%

Above average, you can buy, AnycubicBrand Store

  • On the site for more than 4 years
  • High overall rating (1484)
  • Customers satisfied with communication in the last 3 months

Customer Reviews

Absolutely fantastic printer! But the packaging is as in the description! Not like the picture! Does not contain additional FEP film, also 250ml resin free.

November 22, 2019

The printer is super, I took an additional 3 liters of resin, I wrote to the seller to put the resin in the color I needed, he did just that.

January 01, 1970

Arrived in less than 10 days. After an hour of installation, I printed my first piece. Excellent!

August 04, 2019

Thanks to the seller, I put different resin colors according to my desire. November 27, 2019Threish 4K Monochrome LCD Excranks Fat Printing APP Remote control SLA/LCD Impresora 3D

0 ONETICS

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2020 Newest Anycubic Wash & Aged 2.0 Model 2-in-1 Curing UV Resin for Photon Impresora 3d

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ShopGo To Store

Anycubic Photon S 3D Printer, UV Resin, 2k LCD Printer, 405nm

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Reliability -89 %

Seller Anycubic Online Store

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Product characteristics

  • Brand name: ANYCUBIC
  • SMI CE: Yes
  • Interface type: USB
  • voltage: 110-220 V
  • Automatic alignment: no
  • Injection molding technology: SLA (Stereolithography)

Show all

Photopolymer 3D printer

3D printers can be sorted not only by the printing technologies used, but also by the consumables used. In this section, we will look at devices that use photopolymer resins to build models.

  • 1 Consumables
  • 2 Laser stereolithography (SLA)
  • 3 Projector Stereolithography (DLP)
  • 4 Multi-jet printing (MJM and PolyJet)
  • 5 3D pens
  • 6 Additional illumination

Consumables

Photopolymer resins are liquid polymers that harden when exposed to light. As a rule, such materials are sensitive to the ultraviolet range, which determines the design of photopolymer printers. One of the common design elements is a transparent colored cap or housing made of a material that filters ultraviolet radiation. This is done both to protect the user's eyes and to protect the supplies inside the printer from exposure to sunlight and background lighting.

Photopolymer resin loaded into Form 1 3D printer

The physical properties of resins after polymerization vary widely. Both rigid and flexible options are available, transparent and matte. A wide selection of colors is also available. Resin consistency and exposure times also vary, so a range of compatible media should be considered when choosing a printer.

The last aspect to consider when choosing a material is its toxicity. There are both quite toxic options and biologically safe ones.

The cost of consumables can be considered the Achilles' heel of photopolymer printing. The plants themselves are already reaching quite acceptable price levels, but it is still quite difficult to find inexpensive photopolymer resins. It is hoped that the proliferation of inexpensive photopolymer printers will lead to an increase in the production of consumables and lower prices.

Laser Stereolithography (SLA)

SLA Model

The firstborn of photopolymer printing and modern 3D printing in general. The technology was developed in 1984 by Charles Hall, who later founded 3D Systems.

SLA printers use laser emitters to cure the photopolymer supply.

A typical SLA printer consists of a consumable tray sitting under a build platform driven vertically by a raise/lower mechanism.

Alternatively, the cuvette itself can be driven - what matters is the relative movement of the platform and the container. Above the cuvette is a laser emitter and a mirror system for deflecting the laser beam.

During printing, the platform is immersed in the consumable for the thickness of one layer of the digital model.

Since photopolymer resins can be quite thick, a leveling mechanism is often used to speed up the process.

SLA printer operation scheme

After leveling, the process of illumination of the material begins. Illumination is produced by laser irradiation. Most photopolymer resins are designed to cure (polymerize) when exposed to ultraviolet light, which determines the choice of laser frequency. The movement of the beam along the X and Y axes is determined by the operation of the deflecting mirrors.

After the drawing of the layer is completed, the platform is immersed in the material for the thickness of one more layer, and the process is repeated with the drawing of the next layer of the digital model.

Model building animation

SLA printing takes quite a long time, and printers using this method tend to have relatively small build areas.

This is mainly due to the high cost of laser emitters: printing large objects with a single laser will take too much time, and installing additional emitters and mirrors will complicate the design, increase the dimensions of the installation and raise the price to an unacceptable level for most users.

Despite the success of this technology, projected stereolithography is considered to be a more promising, albeit very similar, method.

Projector Stereolithography (DLP)

Formlabs Form 1 Desktop DLP Printer

A close relative of laser stereolithography, this method uses digital LED projectors instead of laser machines with mirror deflection systems. The method became popular due to the development of technology for the production of low-cost high-resolution digital projectors by Texas Instruments.

Layers are illuminated using a digital projector that highlights the patterns of the entire layer, which distinguishes this method from SLA, where the “picture” emerges progressively using an ultraviolet laser.

A similar approach was previously used on SGC-type plants, but this technology used physical photomasks, making the process expensive, time consuming, slow and noisy.

FTI continues to exist, a development of SGC that is virtually indistinguishable from DLP printing, as it also uses digital LED projectors.

DLP printer design

Simultaneous illumination of an entire layer using projectors can significantly speed up the printing process even compared to SLA printers that have a high scanning speed (ie beam movement).

In addition, these printers are less sensitive to rough physical impact due to the absence of delicate mirror systems.

The absence of mechanical mirror systems improves accuracy. Finally, the cost of projectors sets them apart from laser systems.

Projection size can be quite significant, reaching the average of popular FDM printers.

An interesting feature of DLP printers is the ability to "reverse" or "reverse" printing.

In this case, the projector is installed under a transparent (material choice for transparency in relation to ultraviolet light) cuvette, and the platform does not sink into the material, but gradually rises, pulling out the layers of exposed polymer.

This approach eliminates the alignment mechanism and achieves even higher Z resolution than SLA printers.

In addition, the size of models in height is not limited by the depth of the cuvette, which favorably affects the dimensions of the printer and the possibility of increasing the build area.

Multi-jet printing (MJM and PolyJet)

3D Systems ProJet 3500HDMax MJM printer

MJM and PolyJet technologies are practically indistinguishable from each other. The name difference comes from the respective patents: Multi Jet Modeling is owned by 3D Systems, while PolyJet is owned by rival Stratasys.

The very principle of multi-jet polymer printing was developed by the Israeli company Objet, which eventually became a division of Stratasys.

Multi-jet printing technology combines features of 3D inkjet printing (3DP) and projection stereolithography (DLP).

How the MJM PolyJet printer works

Models are built by spraying photopolymer using linear arrays consisting of multiple nozzles.

The applied layer is immediately exposed to ultraviolet lamps - as a rule, two processes occur simultaneously.

By the time the array reaches the end of the build chamber, the previously deposited material is hard enough to print a new layer.

Composite models created on the ProJet 3500 DP dental printer

This approach allows for very high printing speed, but is characterized by high design complexity, which negatively affects the cost of such installations and limits their distribution to professional use.

One of the advantages of MJM and PolyJet technologies is the ability to create composite structures from photopolymer resins with different physical characteristics.

It is thus possible to create models with easily removable supports, use several colors and use flexible and rigid materials in parallel within one model.

3D Pens

CreoPop 3D Pen

Recently, there has been a craze for hand-held printing devices called 3D pens. At the moment, there are three main options for such devices: drip-jet pens (DOD), called BioPen and used in the development of new methods for treating damaged tissues, FDM 3D pens, which are manual extruders (essentially similar to the usual hot glue guns, but using thermoplastics) and developments in 3D-drawing with photopolymer resins.

CreoPop 3D pen was the first "handheld resin printer". The design of this device is quite simple, because the most complex function, positioning, is performed by the user himself. The pen only extrudes resin through the tip surrounded by LED emitters.

CreoPop 3D pen in action

This way the resin hardens immediately after application, allowing you to literally draw on air.

The advantage of such handles over FDM-analogues is the low operating temperature - there are no heating elements in the device. As a result, with such pens you can even draw on the skin.

In addition, a wide range of photopolymer resins with different physical properties can be used with such devices, which greatly expands the range of possible applications. At a minimum, this is a relatively inexpensive, but entertaining toy.

The only drawback is the relatively high cost of consumables, but such devices are unlikely to require large volumes of photopolymer resin for domestic use.

Additional Lighting

Final Lighting of Resin Models in a Homemade Camera

Full curing of models can take quite a long time, so models during SLA and DLP printing are only partially polymerized, sufficient to maintain the physical shape of the part.


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