Pros & Cons
-
- Heated and mixed resin vat
- Large build volume
- Automatic resin feed feature works well
- Wi-Fi connectivity and app-based monitoring
-
- No air filter included
- Awkward USB port and power cord placement
- No automatic leveling (manual only)
- Relatively low-resolution 13.6-inch LCD print screen
Anycubic Photon Mono M7 Max Specs
| 3D-Printing Technology | Stereolithography |
| Dimensions (HWD) | 25.7 by 16.7 by 14.3 inches |
| Frame Design | Closed |
| LCD Screen | |
| Materials Supported | Resin |
| Maximum Build Area (HWD) | 11.7 by 6.4 by 11.8 inches |
| Number of Print Colors | 1 |
| Primary Interface(s) | Ethernet |
| Primary Interface(s) | USB |
| Primary Interface(s) | Wi-Fi |
| Top Print Resolution | 10 |
| Warranty (Parts/Labor) | 1 |
| Weight | 52.91 |
The Anycubic Photon Mono M7 Max ($899.99) is an industrial-grade, ruggedly built 3D printer that gets nearly everything right. It's inexpensive enough for enthusiasts, and it can generate the smallest of miniatures up through exceptionally large models with its massive 14.7-liter build volume, all at fast speeds and with easy-to-use remote monitoring. The excellent automatic resin management feature works entirely behind the scenes, allowing you to get to the print quickly and cleanly. The printer's light-source system easily handles the most stringent calibration files down to the 10-micron level with remarkable print quality. It's a great value, too: This Editors' Choice-winning printer could easily cost more than $1,000, and it would still be worth it.
Print Technology: SLA Printers Keep Getting Cheaper
Back in 2012, when I was a 20-something mechanical engineer, the very first 3D printer I ever saw advertised was a Formlabs Form 1 SLA printer. It had a build plate that was 125mm by 125mm with a 165mm height capacity and a maximum 25-micron resolution. At the time, it sold for $3,300, which was far outside of my entry-level budget. I’ll never forget thinking how closely it resembled the “replicators” I’d seen on episodes of Star Trek, and I set to work laying plans to get my hands on it.
I remember the meeting with my employer to explain how this unit cost 1/50th the price of professional-grade SLA printers. I showed him how the US Army was using them to print battle-ready antenna mounts for tanks. I implored him to acquire one for our manufacturing facility. I left his office disappointed, but determined to one day join the revolution unfolding around me.
Since then, SLA printers have democratized rapid engineering and production. Countless small businesses produce everything from game figurines to functional automotive parts—in many cases, from homes and garages, not dedicated facilities.
Anycubic, founded in 2015, introduced the Photon in 2018, its first resin-based LCD 3D printer. The Photon gained popularity for its affordability and print quality, significantly contributing to the accessibility of resin 3D printing.
Today, Anycubic’s SLA resin printers range from the entry-level Mono 4 series to the flagship M7 series, capping off at the M7 Max. Why mince words? This most recent entry is a nearly perfect device for the resin-curious and enthusiasts alike, with a build quality that approaches industrial grade, along with exceptional reliability and fine detail. I've absolutely enjoyed testing it. Let's dig in.
Unboxing and Setup: From Box to Bench in 15 Minutes
The unit I received arrived in Anycubic’s “smiley face” packaging:
(Credit: Michael Lydick)The tool kit box includes a plastic and metal scraper, a hex key set, a user manual, and the all-important leveling paper. Additionally, you'll find a Wi-Fi antenna, a USB drive, and the power cord. You'll also notice something I’d not seen before: a brown auto-fill cap assembly that allows resin transfer to and from standard resin bottles:
(Credit: Michael Lydick)The power cord comes in from the left side, and the USB port is located on the right side. I do wish the unit had a rear-mounted power cord and a front-mounted USB port like the far more expensive Ultimaker S5, which is our top recommendation for pro-level printers that can handle large objects. Many prospective owners have more than one printer and likely will be placing them side by side in a garage or basement, where space is usually at a premium. Files can be (and will most likely be) loaded wirelessly, making the awkward USB placement potentially a non-issue, but that power cord is just weird where it is.
(Credit: Michael Lydick)On startup, the M7 Max walked me through the simple setup procedures on a very quick and responsive 4.3-inch color touch screen. It then instructed me to download the latest firmware and install the Anycubic app on my phone via a QR code on the screen.
Finally, it offered intuitive instructions for leveling the print bed with the included piece of gauge paper, which comes safely sealed in a zip-lock bag. The M7 Max does not support automatic leveling, which has its pros and cons. Automatic leveling is often unreliable, but manual leveling may deter beginners. Still, this model is not meant for beginners, so requiring initial hands-on adjustment is not too much to ask. After a total of 15 minutes from box to bench, I was ready to print.
I then watched in amazement as the auto-fill and drain pump features filled the reservoir to the correct level in about 60 seconds. The actuator lowers the nozzle to fill, then automatically retracts when finished.
(Credit: Michael Lydick)I'm accustomed to opening resin bottles and pouring them carefully into a reservoir with the inevitable drips and leaks (accompanied by swear words), latex gloves, and paper towels. This experience felt clean and institutional: Not a single drop lost or misplaced, and no precarious games of "balance the fill plate and drain it into a bottle with a funnel I don’t trust.” Also, the printer can fill the vat in the middle of a print if you’re running low, extracting more resin from the bottle as needed, which is brilliant. The only drawback here is exhaust management. While I donned full PPE during testing, I wish the unit had a built-in filter to mitigate the fumes.
For the first print, I chose one of the included sample prints from the supplied USB stick. Like any 3D printing enthusiast, I had the usual butterflies in my stomach. Would there be a misprint? Which one of a hundred things that might go wrong would go wrong? Would I be greeted with a blank build plate and an error message? I needn't have worried. Some 30 minutes later, I had this confidently hanging from my build plate...
(Credit: Michael Lydick)Suffice it to say that the M7 Max offers exceptionally easy setup.
Build Quality: Built Like a (Resin) Tank
The M7 Max is the big brother of Anycubic's flagship printer class, which also includes the M7 and M7 Pro. Fitting for the place it occupies in the lineup, it's big and well-built, and feels industrial. Its 10mm high-precision lead screw is solid and beefy, with an anti-backlash nut to minimize vertical play. The NEMA 17 stepper motor delivers precise 10-micron accuracy and control, and pairs well with the two prominently positioned, hardened-steel linear guide rails. Almost everything is metal, and nothing feels flimsy. This is a machine, not a toy.
A single beefy hand-turned knob removes the build plate from the drive rail assembly (one of the few plastic parts, which I kept wishing was aluminum as well because it’s one of the pieces you must use frequently). The all-aluminum build plate assembly comes with machined notches on the back that allow the plate to hang at a “drip angle,” which lets unused resin easily fall back into the reservoir. Other 3D printers force you to 3D print hangers to fulfill the same function.
(Credit: Michael Lydick)One of the worst parts of resin printing is the resin. Any small detail that helps you get it out of the bottle, turn it into what you’re printing, and get it back into the bottle, is tremendous.
The M7 Max's biggest innovation, in my opinion, is a revolutionary stain gauge sensor between the build plate and the slide rail assembly. This sensor is part of Anycubic’s Intelligent Release 2.0 feature. At each layer separation, the block that mounts the build plate to the carriage of the slide assembly flexes ever so slightly, from the force required to break the cured resin layer from the build plate. If it ever registers “zero” when it pulls up during the printing process, that means no plastic is attached to the plate. If you’ve ever woken up to see an empty resin printer with a failed overnight print, you immediately begin to understand how huge this is.
SLA printing also requires a delicate dance around the forces required to peel the UV-cured layers away from the protective membrane. Much more expensive units like the $4,249 Formlabs Form 3+ use low-force stereolithography (LFS), which in theory can drastically reduce the forces exerted on parts during the print process. I prefer Anycubic’s traditional cartridge-free approach, pairing the force sensor with Advanced Composite Film (ACF, as opposed to the more traditional FEP film; we'll discuss the differences below) to measure exactly what the forces required are. It also builds a print cycle around the lowest-pull-force films and actual response of the resin, at about one-fifth the price of the Form 3+.
In addition to early detection of failed prints, the M7 Max's resin management approach has another tremendous benefit I came to appreciate: If you know when the cured resin has broken away from the ACF, you can immediately go back to print the next layer, saving time. Most other printers have to go up a set amount and back down, so you never know if the layer got stuck, amounting to additional hours per print. This is a game changer.
Want to monitor your prints in real time? You'll enjoy a convenient UI graphic that shows the amount of pull force in grams, as well as the surface area of each layer for you to follow along with. My old eyes required reading glasses, though, as the text on the UI can be difficult to read if you’re not right on top of the screen.
(Credit: Michael Lydick)This translates into thinking through your slicer setup, especially when you first get started with the M7 Max. The graph raises your awareness when positioning the parts in the slicer. Smaller footprints for each layer mean faster breakaway times and more reliable prints.
Similar Products
Our Current Picks for The Best 3D Printer for 2026
I had one failed print early on, when I neglected to change the bottom cure time for a bottle of black resin. (Black requires more time than the standard gray.) The M7 Max not only sensed when it failed about 15 minutes in, but it let me know to come back through the convenient app notification. (I was watching Netflix downstairs.) I didn’t feel "tied" to the unit like I have with other machines.
ACF vs. FEP Film: Getting the Release Right
Anycubic’s proprietary ACF is a specialized release film designed for resin 3D printing. It features a non-stick, ultra-smooth surface with minimal peeling force required during the layer separation process. It promises faster print speeds and a higher success rate, especially when printing large models or using high-speed resins. It is also more resistant to wear and tear, which extends the film's lifespan.
Anycubic notes that FEP could still be a better choice in some situations, with its better light transmission letting it potentially achieve more accurate, finer details. There are suppliers of both ACF and FEP films for the M7 Max, so you can choose which works best for your printing needs.
While the Intelligent Release feature and ACF are great additions, it’s the simple and robust resin vat heater that brings them together. Anycubic understands that your unit might be in a garage or basement, which is probably unheated. The M7 Max has an integrated vat “rim” heater, which brings power in from a pin pad to the outside edges of the reservoir. When you turn the heater on, the outer edges of the resin are warmed, with the build plate oscillating up and down to achieve a homogeneous temperature before the first layer begins. Unlike with the less-expensive M7 Pro, there is no hand pumping required here. It’s automatic, invisible, and seamless.
(Credit: Michael Lydick)Print Quality: Exceptionally Fine Detail, Even for a Resin Model
I wanted to start big, so I purchased a custom-designed Robotech Cyclone Motorcycle model online. I sliced it in Chitubox at the 0.05mm resolution and saved it to the USB thumb drive. The battleoid component printed in one piece, with the autogenerated supports peeling effortlessly away from the model.
(Credit: Michael Lydick)Next up was the motorcycle component of the model. This time, there were two pieces, filling up the entirety of the large build plate. (As you'd expect from having an exceptionally large print area, the M7 Max is relatively heavy at 53 pounds, more than both the Form 3+ and the Ultimaker S5.)
(Credit: Michael Lydick)Finally, I found a model that just about maxed out the Z-axis—a replica of the sculpture from the movie Dune featuring a low-poly matador and a bull from House Atreides.
(Credit: Michael Lydick)There were no failures here, either, and each model easily peeled away from the textured build plate.
My wife had a birthday while I was testing the M7 Max, and each year she adamantly declares that I should not spend money on her, and not make a fuss. But I decided to whip up a figurine for her anyway (she’s a big Wonder Woman fan). Technically, I wasn’t buying anything; I was making it. So I downloaded a file and finished off with a stunning figurine with sharp, brilliant details and no visible lines or aliasing effects. This model was printed at the 10-micron setting with a 2-second layer exposure and a 100-second bottom layer time to ensure a good first layer adhesion.
(Credit: Michael Lydick)I then downloaded three calibration test files to see what happens at the 0.01mm level: the test pattern from Ameralabs, a calibration card from Siraya on Thingiverse, and the Cones of Calibration model from TableFlip Foundry.
All three together emerged from the gray goo...
(Credit: Michael Lydick)Once I cleaned them off and cured them, I was amazed at the M7 Max’s performance with the Ameralabs file. A 2-second cure time seemed to be nearly perfect for this resin. The M7 Max easily handled the gaps from the 1.0mm to 0.10mm spacings on the back of the print...
(Credit: Michael Lydick)Next up was Siraya Tech’s calibration card from Thingiverse. I chose it for its highly detailed calibration cube. I maxed out my camera’s zoom function to see that every part of the cube lattice had printed effortlessly. I measured the 10mm calibration marks with my caliper and registered 9.94mm...
(Credit: Michael Lydick)Finally, the Cones of Silence, er, Calibration. If my exposure times were in the ballpark, I should have fully completed cones on the side marked Success, and cone breaks on the Failure side. I appreciated the yes-or-no visuals of this, and the M7 Max didn’t disappoint...
(Credit: Michael Lydick)
(Credit: Michael Lydick)I broke the highly detailed sword away, and it slid smoothly into the skull. It did not fit into the fail holes of the Attunement Block. Similarly, the “Ale of Accuracy” easily slid into the mug...
(Credit: Michael Lydick)Were it too large, it would have indicated the exposure time was too high. Too loose, too low.
The 6mm calibration measurement came in at 5.98 mm as measured...
(Credit: Michael Lydick)Finally, I loaded up the test prints we use for all 3D printers, starting with the 3D Benchy...
(Credit: Michael Lydick)I printed this at the 50-micron level with standard resin, without an issue. Fine details were easily visible, with minimal ringing visible. It’s strange to print this test print on a unit with a 10-micron capability; I wonder if the first designer ever imagined this would be possible someday on an SLA machine when it first started printing on early FDM units like the Prusa i3. The Benchy has sailed everywhere, and I’ll probably load it when the Star Trek replicators start shipping.
The Kickstarter/Autodesk test print lets us see the accuracy of overhangs and tapered towers, and it was no problem for the M7 Max...
(Credit: Michael Lydick)The dowels all easily came out of their holes once the print was cured, from the 0.2 straight through the 0.5 holes with no interference fits. Everything from a 15-degree to a 45-degree overhang printed brilliantly without deformation or issue.
Finally, here's our geometry detail test print...
(Credit: Michael Lydick)I printed this one with the 50-micron setting and a 2-second exposure time, which produced clean, issue-free results with perfectly round shapes and dimensionally stable dimensions. The surfaces of the spheres printed smoothly, with some texturing on the surface due to the originally sliced STL file.
Final Thoughts
Anycubic Photon Mono M7 Max
With a sub-$1,000 price, exceptional quality, and innovative resin management features, the Anycubic Photon Mono M7 Max is a natural fit for enthusiast and light industrial 3D printing.