

None / None / None
- None / None / None
- None / None / AirPure
- None / None / Cleaning Kit
- None / None / Painting Kit
- None / 1KG / None
- None / 1KG / AirPure
- None / 1KG / Cleaning Kit
- None / 1KG / Painting Kit
- None / 3KG / None
- None / 3KG / AirPure
- None / 3KG / Cleaning Kit
- None / 3KG / Painting Kit
- None / 5KG / None
- None / 5KG / AirPure
- None / 5KG / Cleaning Kit
- None / 5KG / Painting Kit
- Wash & Cure 3 Plus / None / None
- Wash & Cure 3 Plus / None / AirPure
- Wash & Cure 3 Plus / None / Cleaning Kit
- Wash & Cure 3 Plus / None / Painting Kit
- Wash & Cure 3 Plus / 1KG / None
- Wash & Cure 3 Plus / 1KG / AirPure
- Wash & Cure 3 Plus / 1KG / Cleaning Kit
- Wash & Cure 3 Plus / 1KG / Painting Kit
- Wash & Cure 3 Plus / 3KG / None
- Wash & Cure 3 Plus / 3KG / AirPure
- Wash & Cure 3 Plus / 3KG / Cleaning Kit
- Wash & Cure 3 Plus / 3KG / Painting Kit
- Wash & Cure 3 Plus / 5KG / None
- Wash & Cure 3 Plus / 5KG / AirPure
- Wash & Cure 3 Plus / 5KG / Cleaning Kit
- Wash & Cure 3 Plus / 5KG / Painting Kit
Photon Mono M7 Max Video
Why Choose Photon Mono M7 Max
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14.7L Extra-Large Build Volume
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Outstanding Print Speed of 83mm/h
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Ultra-precise Printing
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Improved Lighturbo3.0 Light Source
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Temperature-controlled Resin Vat
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Resin Auto-recycling Management

Products Comparison
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Printer Model | Photon Mono M7 Max | Photon Mono M7 Pro | Photon Mono M7 |
Suggested Retail Price | £849 | £619 | £459 |
Build Volume | 298mm x 164mm x 300mm (14.7L) | 223*126*230mm | 223*126*230mm |
Printing Speed | Standard Resin 0.05mm layer height: ≤31mm/h peek speed | Standard Resin 0.1mm layer height: ≤63mm/h peek speed | High Speed Resin 0.1mm layer height: ≤86mm/h peek speed | Standard Resin 0.1mm layer height: 130mm/h peek speed | High Speed Resin 0.1mm layer height: 170mm/h peek speed | Standard Resin 0.1mm layer height: 90mm/h peek speed | High Speed Resin 0.1mm layer height: 150mm/h peek speed |
Layer Height | 0.01-0.15mm | 0.01-0.15mm | 0.01-0.15mm |
LCD Screen | 13.6-inch Mono LCD | 10.1-inch Mono LCD | 10.1-inch Mono LCD |
LCD Resolution | 7K | 14K | 14K |
X/Y Axis Resolution | 46*46μm | 16.8*24.8μm | 16.8*24.8μm |
Light Source | COB light source+ Fresnel lens+Light uniformity algorithm | COB light source+ Fresnel lens+Light uniformity algorithm | COB light source+ Fresnel lens+Light uniformity algorithm |
Light Uniformity | ≥ 90% | ≥ 90% | ≥ 90% |
Light Intensity | 4500±10%μW/cm² | 5500±10%μW/cm² | 4500±10%μW/cm² |
Release Film | Improved ACF film | Improved ACF film | Improved ACF film |
Intelligence Assisted Printing System | √ | √ | √ |
Air vent | √ | √ | √ |
Dynamic temperature control resin vat | √ | √ | × |
Resin Auto-Fill Unit | √ | √ | × |
Display Screen | 4.3-inch colored control screen | 4.3-inch colored control screen | 4.3-inch colored control screen |
Anycubic App | √ | √ | √ |
Machine leveling | 4-point manual leveling | Leveling-free | Leveling-free |
Slicing Software | Photon Workshop & Chitubox & Lycheeslicer(Q4) | Photon Workshop & Chitubox & Lycheeslicer | Photon Workshop & Chitubox & Lycheeslicer |
File Transfer | USB & WiFi & LAN MODE(2025 Q1) | USB & WiFi & LAN MODE(2025 Q1) | USB & WiFi & LAN MODE(2025 Q1) |
Product Dimensions | 425*362*652mm | 312*315*520mm | 312*315*520mm |
Packaging Dimensions | 785*520*490mm | 620*395*395mm | 620*395*395mm |
Net Weight | 24KG | 12.8KG | 12KG |
FAQs
Q: How many languages does the Photon Mono M7 Max support?
Q: How many languages does the Photon Mono M7 Max support?
A: Supports 8 languages (Chinese, English, German, Russian, Spanish, French, Japanese, Italian) .
Q: Is there any environmental requirement for the Photon Mono M7 Max?
Q: Is there any environmental requirement for the Photon Mono M7 Max?
A: Recommended ambient temperature: 8℃-40℃. If the temperature falls below this range, it is recommended to enable the resin heating function. Humidity: 20%-50%. Avoid direct sunlight or exposure to other ultraviolet light sources.
Q: Can automatic feeding and air purification be used simultaneously?
Q: Can automatic feeding and air purification be used simultaneously?
A: Currently, only one can be used at a time, as they share a single USB power interface. When using the air purifier, you can switch to Air Purification Mode in advanced settings to turn it off individually if needed.
Q: Are there other slicing software options available?
Q: Are there other slicing software options available?
A: Chitu and Tango can also be used (depending on their latest versions), but Lychee is currently not supported.
Q: What should I do if the power suddenly goes out when the model is almost finished printing?
Q: What should I do if the power suddenly goes out when the model is almost finished printing?
A: The Photon Mono M7 Max has a power-resume function, but it cannot guarantee a flawless print after resuming.
Q: What should I do if the resin runs out during printing?
Q: What should I do if the resin runs out during printing?
A: The Photon Mono M7 Max supports an automatic feeding function. Ensure the automatic feeding option is selected before starting the print; resin can be refilled during printing (feeding speed may be slower in low-temperature environments).
You can also manually add resin, though there may be some color variation between layers.
Q: What are the suitable scenarios for high-speed printing with the Photon Mono M7 Max?
Q: What are the suitable scenarios for high-speed printing with the Photon Mono M7 Max?
A: The Photon Mono M7 Max’s high-speed mode is ideal for most common model printing scenarios—specifically, models with 2mm hollowing and vent holes are suitable for high-speed printing. Note that due to differences in high-speed control algorithms, high-speed mode is only supported in Photon Workshop version 3.3.1 and above; other slicing software currently does not support high-speed printing.
Q: What does the intelligent monitoring system of the Photon Mono M7 Max include?
Q: What does the intelligent monitoring system of the Photon Mono M7 Max include?
A: The Photon Mono M7 Max can detect issues during printing such as complete layer separation due to insufficient bottom exposure or vibration, and model detachment caused by inadequate supports, all of which result in a sudden drop in release force to zero.
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