Anycubic M5S Pro vs M7 Pro – Check Which One Is Best & Why?

Why Do I Recommend The Anycubic Photon Mono M7 Pro?

• The Anycubic M7 Pro features a larger 230 mm Z-axis build height to accommodate taller single-piece prints and reduce the need for model splitting, while the Anycubic M5S Pro uses a shorter 200 mm build height.
• Anycubic M7 Pro supports high-speed resin printing up to 170 mm/h for significantly faster batch production and reduced turnaround time, whereas the Anycubic M5S Pro uses standard resin speeds around 105 mm/h.
• It includes an automatic resin refill system to maintain consistent resin levels during long prints and minimize manual intervention, while the Anycubic M5S Pro requires manual resin monitoring.
• The Anycubic M7 Pro comes with dynamic resin vat temperature control to keep resin viscosity stable for reliable curing in cooler environments, whereas the Anycubic M5S Pro relies on ambient air heating without direct vat temperature regulation.
• Anycubic M7 Pro features a COB light source with Fresnel lens for higher light uniformity and more consistent layer exposure across the entire build area, compared to the Anycubic M5S Pro using an LED matrix UV light system.
• It supports USB, Wi-Fi, and LAN connectivity to enable flexible wired and network-based workflow integration in multi-printer setups, while the Anycubic M5S Pro supports USB and Wi-Fi only.
• The Anycubic M7 Pro uses a higher-power 240 W system to sustain fast curing speeds and advanced automation features under continuous workloads, whereas the Anycubic M5S Pro operates on a lower-power 110 W system.
• Anycubic M7 Pro features an improved ACF release film for smoother layer separation and higher success rates on large or dense models, while the Anycubic M5S Pro uses a standard ACF film.

Maybe the Anycubic Photon Mono M5S Pro can make you comfortable because it’s a little bit cheaper than the Anycubic Photon Mono M7 Pro. But you have to compromise all the above-mentioned features. Now the Decision is Yours. I hope it was helpful to choose the right one.

What Common Both Can Do?

• Resin printing technology: Both printers use MSLA resin printing technology, combining a UV light source with an LCD mask to cure entire layers at once. This approach ensures consistent layer exposure and reliable print accuracy for detailed models.
• Monochrome LCD: Each model uses a monochrome LCD screen, which allows faster exposure times compared to RGB panels. This improves print speed and extends screen lifespan during long-term use.
• LCD screen size: Both printers feature a 10.1-inch LCD, providing a large exposure area for medium-to-large resin prints. This size balances detail resolution with practical build capacity.
• LCD resolution class: The two models share a 14K resolution class display, enabling extremely fine pixel density. This matters for capturing sharp edges, crisp text, and smooth surface transitions.
• XY resolution: Both achieve approximately 16.8-micron XY resolution, ensuring high dimensional accuracy. This is critical for miniatures, engineering parts, and intricate surface details.
• Automatic bed leveling: Each printer supports automatic, leveling-free bed calibration. This reduces setup time and minimizes user error before starting prints.
• Leveling-free platform design: Both platforms are designed to work without manual adjustment. This improves consistency between prints and simplifies maintenance.
• UV wavelength: Each printer uses a 405 nm UV light source, which is the standard wavelength for most consumer resins. This ensures broad resin compatibility and predictable curing behavior.
• Touchscreen interface: Both models include a built-in touchscreen for local control. This allows users to start, pause, and monitor prints directly from the machine.
• File formats supported: Both printers support common 3D file formats such as STL and OBJ. This makes them compatible with a wide range of modeling and slicing workflows.
• USB printing support: Each printer can print directly from a USB drive. This provides a reliable offline printing option without requiring a network connection.
• Wi-Fi connectivity: Both models support Wi-Fi for wireless file transfer and remote print management. This improves workflow efficiency in home or workshop environments.
• ACF release film: Each printer uses ACF release film in the resin vat. This helps reduce peel forces during layer separation and improves print success rates.
• Resin printer enclosure: Both machines feature a fully enclosed design. This helps block UV light, reduce resin odors, and maintain a cleaner printing environment.
• Compatible resin types: Both printers support standard, water-washable, and ABS-like resins. This gives users flexibility to choose materials based on strength, ease of cleaning, or surface finish.
• Slicer ecosystem support: Both models work with Anycubic’s Photon Workshop slicer. This ensures consistent slicing profiles and optimized exposure settings.
• Auto resume after pause: Each printer supports resuming prints after interruptions or manual pauses. This helps reduce failed prints due to minor disruptions.