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OrcaSlicer

OrcaSlicer 2.3.1-beta

Scheda ufficiale di OrcaSlicer 2.3.1-beta, pubblicata il 14 set 2025.

Pre-release6 pacchetti pubblici154.989 download GitHub registrati

File ufficiali di questa release

Linux · 3 file

  • OrcaSlicer-Linux-flatpak_V2.3.1-beta_aarch64.flatpakARM64 · 120,5 MiB · 5674 download
    ✓ SHA-256 disponibile

    Verifica il file

    SHA-256 previstoa7a2b0263e7e5bc42cb7d07f605b244169847161026e8a62c28d4ce7f055fd56

    Comandi di verifica locale

    Windows PowerShellGet-FileHash -Algorithm SHA256 -LiteralPath '.\OrcaSlicer-Linux-flatpak_V2.3.1-beta_aarch64.flatpak'
    Terminale macOSshasum -a 256 -- 'OrcaSlicer-Linux-flatpak_V2.3.1-beta_aarch64.flatpak'
    Terminale Linuxsha256sum -- 'OrcaSlicer-Linux-flatpak_V2.3.1-beta_aarch64.flatpak'

    Il digest è fornito da GitHub per il file dell’editore. Un risultato locale uguale conferma che i byte corrispondono.

    Verifica SHA-256 →
    Download ufficiale ↗
  • OrcaSlicer-Linux-flatpak_V2.3.1-beta_x86_64.flatpakIntel / AMD 64-bit · 124,9 MiB · 8659 download
    ✓ SHA-256 disponibile

    Verifica il file

    SHA-256 previsto5cf409f7b8c1022dda40933fd1fae640b868b1e271c652fbce779d0ab427970a

    Comandi di verifica locale

    Windows PowerShellGet-FileHash -Algorithm SHA256 -LiteralPath '.\OrcaSlicer-Linux-flatpak_V2.3.1-beta_x86_64.flatpak'
    Terminale macOSshasum -a 256 -- 'OrcaSlicer-Linux-flatpak_V2.3.1-beta_x86_64.flatpak'
    Terminale Linuxsha256sum -- 'OrcaSlicer-Linux-flatpak_V2.3.1-beta_x86_64.flatpak'

    Il digest è fornito da GitHub per il file dell’editore. Un risultato locale uguale conferma che i byte corrispondono.

    Verifica SHA-256 →
    Download ufficiale ↗
  • OrcaSlicer_Linux_AppImage_Ubuntu2404_V2.3.1-beta.AppImageNon specificato nel nome del file · 108,9 MiB · 9223 download
    ✓ SHA-256 disponibile

    Verifica il file

    SHA-256 previsto6bd20118f22d33e4af5841ed1fe1215d1f55bab2f4428087b56e734733e7dca8

    Comandi di verifica locale

    Windows PowerShellGet-FileHash -Algorithm SHA256 -LiteralPath '.\OrcaSlicer_Linux_AppImage_Ubuntu2404_V2.3.1-beta.AppImage'
    Terminale macOSshasum -a 256 -- 'OrcaSlicer_Linux_AppImage_Ubuntu2404_V2.3.1-beta.AppImage'
    Terminale Linuxsha256sum -- 'OrcaSlicer_Linux_AppImage_Ubuntu2404_V2.3.1-beta.AppImage'

    Il digest è fornito da GitHub per il file dell’editore. Un risultato locale uguale conferma che i byte corrispondono.

    Verifica SHA-256 →
    Download ufficiale ↗

macOS · 1 file

  • OrcaSlicer_Mac_universal_V2.3.1-beta.dmgUniversal · 194,0 MiB · 15.995 download
    ✓ SHA-256 disponibile

    Verifica il file

    SHA-256 previsto97744a99ef99e5ad21c5c253f4c513ce9571cbec3ece27a41fc7ea4c0df5ee5a

    Comandi di verifica locale

    Windows PowerShellGet-FileHash -Algorithm SHA256 -LiteralPath '.\OrcaSlicer_Mac_universal_V2.3.1-beta.dmg'
    Terminale macOSshasum -a 256 -- 'OrcaSlicer_Mac_universal_V2.3.1-beta.dmg'
    Terminale Linuxsha256sum -- 'OrcaSlicer_Mac_universal_V2.3.1-beta.dmg'

    Il digest è fornito da GitHub per il file dell’editore. Un risultato locale uguale conferma che i byte corrispondono.

    Verifica SHA-256 →
    Download ufficiale ↗

Windows · 2 file

  • OrcaSlicer_Windows_Installer_V2.3.1-beta.exeNon specificato nel nome del file · 93,7 MiB · 100.558 download
    ✓ SHA-256 disponibile

    Verifica il file

    SHA-256 previsto7e6288900fab6907d1158d3b18c2a726f1ae35055a8047b62ddf3769e8d4b12d

    Comandi di verifica locale

    Windows PowerShellGet-FileHash -Algorithm SHA256 -LiteralPath '.\OrcaSlicer_Windows_Installer_V2.3.1-beta.exe'
    Terminale macOSshasum -a 256 -- 'OrcaSlicer_Windows_Installer_V2.3.1-beta.exe'
    Terminale Linuxsha256sum -- 'OrcaSlicer_Windows_Installer_V2.3.1-beta.exe'

    Il digest è fornito da GitHub per il file dell’editore. Un risultato locale uguale conferma che i byte corrispondono.

    Verifica SHA-256 →
    Download ufficiale ↗
  • OrcaSlicer_Windows_V2.3.1-beta_portable.zipNon specificato nel nome del file · 117,9 MiB · 14.880 download
    ✓ SHA-256 disponibile

    Verifica il file

    SHA-256 previsto06e3aa6170d081c04e54d622ff41338be13adc60236309ae301c314537eb8614

    Comandi di verifica locale

    Windows PowerShellGet-FileHash -Algorithm SHA256 -LiteralPath '.\OrcaSlicer_Windows_V2.3.1-beta_portable.zip'
    Terminale macOSshasum -a 256 -- 'OrcaSlicer_Windows_V2.3.1-beta_portable.zip'
    Terminale Linuxsha256sum -- 'OrcaSlicer_Windows_V2.3.1-beta_portable.zip'

    Il digest è fornito da GitHub per il file dell’editore. Un risultato locale uguale conferma che i byte corrispondono.

    Verifica SHA-256 →
    Download ufficiale ↗

Modifiche ai pacchetti dalla release precedente

Rispetto a 2.3.1-alpha, tutti i conteggi classificati restano invariati con 6 file pubblici.

I conteggi sono viste separate dei nomi file dell’editore per piattaforma, processore e formato. Non garantiscono compatibilità o supporto.

Anteprima delle note

Estratto in testo semplice dalle note dell’editore. Apri la release ufficiale per il testo completo e aggiornato.

Le note dell’editore restano nella lingua originale. Questo estratto non è tradotto automaticamente.

What's Changed

This is OrcaSlicer V2.3.1 beta release. It fixes some bugs found in 2.3.1-alpha and adds some new features.

  • Add a new feature that allow user to insert extra solid infills by @SoftFever in github.com/SoftFever/OrcaSlicer/pull/10611 ↗ — Insert extra solid infills at specific layers to add strength at critical points in your print. This feature allows you to strategically reinforce your part without changing the overall sparse infill density.

extra-solid-infill

The pattern supports two formats:

Interval Pattern

  • Simple interval: N - Insert 1 solid layer every N layers, equal to N#1
  • Multiple layers: N#K - Insert K consecutive solid layers every N layers
  • Optional K: N# - Shorthand for N#1

Examples:

Explicit Layer List

Specify exact layer numbers (1-based) using comma-separated values. Each entry may be a single layer N or a range N#K to insert K consecutive solid layers starting at layer N:

[!NOTE]
- Layer numbers are 1-based (first layer is layer 1)
- #K is optional in both interval and explicit list entries (N# equals N#1)
- Solid layers are inserted in addition to the normal sparse infill pattern
[!TIP]
Use this feature to:
- Add strength at stress concentration points
- Reinforce mounting holes or attachment points
- Create internal structure for functional parts
- Add periodic reinforcement for tall prints
- Insert a single solid layer at a specific height by using an explicit list with a leading 0, which will be ignored because layer indices are 1-based. Example: 0,15 inserts a solid layer only at layer 15.
[!WARNING]
Layers that include solid infill can take significantly longer than surrounding layers. This time differential may lead to z-banding-like bulges. Consider adjusting cooling or speeds if you observe artifacts.
  • Refactor infill rotation by @SoftFever in github.com/SoftFever/OrcaSlicer/pull/10587 ↗ — This update enhances the user experience and logic of the infill rotation controls by making "Sparse infill direction" and "Sparse infill rotation template" mutually exclusive to avoid conflicts. When the "Sparse infill rotation template" is active (non-empty), both "Sparse infill direction" and the automatic 90-degree rotation logic for certain patterns (e.g., Line pattern) are automatically disabled for clearer behavior.

Solid infill handling has been improved by removing the solid infill insertion code from the sparse infill rotation template system, as this functionality was misplaced in 2.3.1-alpha. A dedicated option has been added for this feature (see change note above). The previous implementation caused issues where solid infill was incorrectly inserted directly above sparse infill.

The overall infill rotation logic has been refactored for better maintainability and clarity, also resolving a critical regression where auto internal bridge infill direction was not functioning correctly in 2.3.1-alpha (#10469).

  • Improve Fisher koch Infill Precision by @RF47 in github.com/SoftFever/OrcaSlicer/pull/10428 ↗ — Improved curved infill pattern quality by replacing lookup tables with direct trigonometric functions, eliminating grid artifacts and delivering naturally smooth curves with full floating-point precision. This enhancement produces more accurate, visually appealing infill patterns while improving performance. — image

UI & UX

[Profiles]

Release ufficiale ↗