Anycubic Photon P1

# Anycubic Photon P1

Overview

The Anycubic Photon P1 is a 10.1-inch 14K MSLA resin printer aimed at users who want more process control than a basic desktop resin machine without moving into a closed professional ecosystem. It combines a 223 × 126 × 230 mm build volume, 16.8 × 24.8 µm XY pixel size, a dual-rail ball-screw Z axis, automatic leveling checks, a temperature-controlled resin vat, and networked monitoring.

Anycubic's current specifications list a 13312 × 5120-pixel monochrome LCD, 5000 µW/cm² light intensity, and greater than 92% light uniformity. The printer uses a COB + Fresnel + mask optical system and supports a published 0.02–0.15 mm layer-height range on the main US/global specification.

The P1 is also designed for unusually viscous photopolymer formulations. Anycubic states support for resins up to approximately 8000 cP, while the integrated 1 L resin vat can maintain resin temperatures up to about 40°C to improve flow consistency.

An optional dual-material kit adds simultaneous dual-color or dual-material printing for supported multi-part models. That is an important qualification: the base Photon P1 is a single-material printer, and the optional kit should not be presented as arbitrary voxel-level mixing of two resins inside one continuous part.

For current US pricing, stock, and accessory bundles, see the official Anycubic Photon P1 product page.

Key Strengths

• 10.1-inch 14K monochrome LCD
• 13312 × 5120 screen resolution
• 16.8 × 24.8 µm XY pixel size
• 223 × 126 × 230 mm build volume
• 0.02–0.15 mm published layer-height range
• COB + Fresnel + mask optical system
• 5000 µW/cm² light intensity
• Greater than 92% published light uniformity
• Dual linear rails plus industrial-style ball screw
• ±0.01 mm published Z-axis repeat positioning accuracy
• Auto-Leveling 3.0 with feedback
• Dynamic Release 3.0
• Dynamic light-off compensation
• Temperature-controlled resin vat up to 40°C
• Support for resins up to approximately 8000 cP
• USB 2.0, 2.4 GHz Wi-Fi, and LAN
• Photon Workshop plus third-party slicer support
• Optional dual-color / dual-material kit
• Optional AirPure 2.0 accessory

Best For

1. High-detail miniatures and display models
2. Engineering prototypes
3. Jewelry masters and intricate geometry when paired with an appropriate resin
4. High-viscosity resin workflows
5. Educational and research environments
6. Batch production of small resin parts
7. Users who value automated checks and resin-temperature control

Technical Specifications

Note: Anycubic publishes 25–35 mm/h at 0.05 mm layer height with standard resin. That is a vertical resin-printing rate under stated conditions, not an FDM-style movement-speed specification.

Important: The ±0.01 mm figure is published as repeat positioning accuracy for the motion system. It should not be presented as a universal ±0.01 mm finished-part dimensional tolerance.

14K Screen and Optical System

The Photon P1 uses a 10.1-inch 14K monochrome exposure screen with a non-square pixel pitch of 16.8 × 24.8 µm.

The optical stack combines:

• COB UV light source
• Aspherical Fresnel optics
• Masking system
• Light-uniformity calibration
• Copper cooling hardware

Anycubic calls this system LighTurbo 4.0.

The practical benefit is not simply the "14K" label. What matters for fine geometry is the combination of pixel pitch, optical uniformity, exposure tuning, resin behavior, anti-aliasing, and part orientation.

For users comparing other indexed resin printers, the ELEGOO Mars 5 Ultra represents a more compact consumer-focused MSLA option, while the Formlabs Form 4 targets a more integrated professional resin workflow.

Z-Axis and Mechanical Precision

The P1 uses dual linear rails and a ball screw for Z motion.

Anycubic publishes ±0.01 mm repeat positioning accuracy for this system. That is useful for consistent layer positioning, but it should not be confused with complete part accuracy.

Final dimensional results also depend on:

• Resin shrinkage
• Exposure settings
• Support placement
• Part orientation
• Resin temperature
• Peel forces
• Post-cure conditions
• Slicer compensation

The precision-ground steel build plate is also designed to improve flatness and repeatable first-layer adhesion.

Auto-Leveling 3.0 and Print Checks

The P1 includes Auto-Leveling 3.0 with feedback rather than relying only on a manual paper-leveling routine.

Current Anycubic documentation describes:

• Factory calibration
• Auto-leveling self-check before printing
• Four-corner force feedback for leveling assistance
• Build-plate installation inspection
• Bottom-layer separation inspection
• Resin-level inspection
• Residue inspection
• Power-loss resume

These systems reduce routine setup, but they do not eliminate the need to keep the vat, release film, build plate, and resin clean.

AI Monitoring

Anycubic labels some inspection functions as AI-assisted.

The manufacturer's current note says AI detection is disabled by default and enabling it triggers a video-recording warning. Treat these functions as monitoring aids rather than a guarantee that every failed print will be detected.

Dynamic Release and Light-Off Control

Each MSLA layer has to separate from the release film before the next layer can be exposed.

The Photon P1 uses Dynamic Release 3.0 to monitor layer-separation force and adjust lift behavior. Anycubic also uses dynamic light-off compensation to account for resin flow-back time between layers.

These controls are especially relevant with:

• Large cross-sectional layers
• Dense support structures
• High-viscosity resin
• Tall prints
• Batch production

Anycubic also markets its Wave Release system as reducing peel force compared with a conventional smooth NFEP workflow under its own testing. Because peel force depends heavily on model geometry and resin, treat percentage claims as manufacturer test results rather than a universal improvement for every print.

Temperature-Controlled Resin Vat

The Photon P1 includes a temperature-controlled vat with approximately 1 L capacity.

Anycubic states that the system can maintain resin temperature up to 40°C.

Temperature control matters because many photopolymer resins become more viscous when cold. A stable, warmer vat can improve:

• Resin flow
• Layer refill
• Release consistency
• Exposure repeatability
• Performance of high-viscosity materials

The heater controls the resin, not the entire printer chamber. For catalog purposes, the Photon P1 should therefore not be marked as having a heated chamber.

Recommended use: Follow the exact resin manufacturer's temperature and exposure guidance. Higher temperature is not automatically better for every resin.

Resin Compatibility

Anycubic lists the Photon P1 as compatible with all Anycubic resins and designed to handle resin viscosity up to approximately 8000 cP.

Relevant families include:

• Standard resin
• ABS-like resin
• Water-washable resin
• Plant-based resin
• Tough resin
• High-detail resin
• Wear-resistant and engineering-oriented resin
• Other compatible 405 nm photopolymers where validated by the resin manufacturer

Third-party 405 nm resin may work, but exposure, lift, temperature, and post-curing settings should be validated rather than copied blindly from another printer.

High-Viscosity Resin

The P1's heated vat is particularly useful for thick formulations because warming can reduce viscosity and improve refill behavior.

That does not remove the need for slower lift settings or resin-specific exposure calibration when a material requires them.

Optional Dual-Material Printing

The optional Dual-Material Print Kit is one of the P1's more unusual accessories.

Anycubic describes it as enabling simultaneous dual-color or dual-material printing for multi-part models.

This can be useful when:

• A build contains two separate model regions
• Two colors are needed in one production run
• A premium resin should only be used for selected parts
• Different parts on the same build need different material properties

Important: The optional kit is not standard equipment with the base Photon P1.

Important: Anycubic specifically frames the feature around multi-part models. Do not describe it as unconstrained two-resin co-printing inside any arbitrary connected geometry.

Users considering the kit should verify model-layout rules, vat configuration, slicer support, and resin compatibility before purchase.

Connectivity and Software

The Photon P1 supports:

• USB 2.0
• 2.4 GHz Wi-Fi
• LAN
• Anycubic App

Anycubic lists:

• Photon Workshop
• CHITUBOX
• Lychee
• Tango

as supported slicing options.

Photon Workshop 4.0 adds Anycubic's own support-generation and remote-workflow features, while third-party slicers can be useful for users already invested in established resin-printing workflows.

Post-Processing and Safety

A successful MSLA print is not finished when it leaves the build plate.

Typical resin workflow includes:

1. Drain excess resin
2. Remove the model from the build plate
3. Wash according to the resin manufacturer's instructions
4. Remove supports where appropriate
5. Dry the part
6. UV post-cure using the resin's specified conditions
7. Dispose of contaminated consumables responsibly

Warning: Uncured photopolymer resin can irritate skin and should be handled with appropriate gloves and eye protection. Use suitable ventilation and follow the resin safety data sheet.

The optional AirPure 2.0 can help reduce odors inside the printer, but it should not be treated as a substitute for ventilation or safe resin handling.

Photon P1 vs Other Resin Printers

The Photon P1 sits between low-cost hobby resin printers and more tightly controlled professional systems. Its strongest differentiators are the heated vat, mechanical Z-axis design, automated checks, and optional dual-material accessory.

Layer Height: Global vs Canadian Specification

Anycubic's main US/global and EU product specifications publish a 0.02–0.15 mm layer-height range.

A Canadian regional page currently lists 0.012–0.15 mm.

Because those official pages conflict, this catalog uses 20 µm as the top-level minimum layer height to match the primary US/global specification rather than silently choosing the more aggressive regional value.

If Anycubic later standardizes the specification, this field should be refreshed.

Price and Availability

The dedicated Anycubic US store showed the standalone Photon P1 at US$599 when checked on August 12, 2026, discounted from a US$699 reference price.

The page also showed Add to cart and an estimated shipping time of 24 hours, so the current US listing is treated as available.

Pricing and stock can change quickly. Confirm the current offer on the official US product page before purchase.

Callout Section

Recommended use: Choose the Photon P1 when you want a high-detail desktop MSLA printer with a relatively large 6.5 L build volume, automatic leveling feedback, a heated resin vat, and support for thick engineering-oriented resins. Consider the optional dual-material kit only when its multi-part dual-resin workflow solves a real production need.

Frequently Asked Questions