GPU Powered and very fast
Slicer uses full power of computer’s GPU for fastest slicing and complex calculations.
Vector and Raster slicing
Slicer gives unique opportunities to work with different 3D printers and materials.
Make new 3D printers!!!
Allows you to quickly release new 3D printers. Сan be your new 3D printer’s native slicer.
Triangulatica is great at…
Triangulatica is simple and powerfull slicing engine for growth of 3D printing technologies.
GPU BASED ALGHORITHMS
All complex mathematical algorithms Triangulatica slicer implemented on graphics processors of modern video cards. Due to this, we achieve high performance and speed of calculation of layer fillings.
SUPPORTS GPU GENERATION
The mode of automatic supports generation on the GPU allows us to count up to 20,000 – 50,000 supporting structures for the model per second. The manual supporting setup also available.
GPU SLICING
Up 2,000,000,000 points per minute. This is speed of generation slices for SLM and SLS technologies. It may be 400-800 layers with parametric fillings per minute.
FLEXIBLE INTERFACE DESIGN
Convenient ribbon interface design of Triangulatica provides quick access to all the functions of the slicer.
MULTIMATERIAL
Triangulatica allows to make calculations with a wide range of materials: filaments, metal and polymer powders, thermo- and uv-curing resins, wax granules and gels (including bio-gels).
MULTILINGUAL INTERFACE
Triangulatica is created for the convenience of you and your customers. Therefore, soon it will support 11 languages (now it is English, French, Russian) with instant switching between interface languages.
VECTOR & RASTER SLICING
Triangulatica generates layers in a large number of vector, raster and raw formats. Rich exports simplify integration Triangulatica with 3D printers.
DOZENS OF FILL PATTERNS
We provide a large number of parametric patterns for slice fillings. For example: for SLM technology we provide more than 20 filling strategies are available. This is an excellent tool for getting excellent 3D printing results.
PARAMETRIC FILL PATTERNS
Each layer filling strategy provide the ability of parameters customization. Rich export options included.
CALIBRATION ABILITY
We have prepared a calibration utility for galvo-scanners of any manufacturer. Create a correction map with this utility, load it into Triangulatica and get an accurate and correct result.
Ask TriCorrectionRAW FILE
VIEWER
Triangulatica can export to the TRIBIN raw format for easy integration with any manufacturer’s galvo-scanners. Download free TRIBIN format viewer and integrate Triangulatica into your 3D printer.
Ask TriBin ViewerBased on Triangulatica
A good slicer creates good benefits. Market leaders understand this and make their choice towards integrating their new 3D printing systems with Triangulatica.
The end user of an industrial 3D printer can also make a bet on Triangulatica, since Triangulatica supports many existing additive manufacturing systems. They may be combined using SLC formats or other supported by Triangulatica. TriBin’s own exchange format opens to integrators with the broadest possibilities for managing the fine settings of the scanning system.
Shining 3D
i-350
SLA 3D printer may use Triangulatica
HontaiSLA
SLA 3D printer may use Triangulatica
Microwave Additive
3D printer use Triangulatica
3D LIFE THERMO
FDM 3D high temperature printer use Triangulatica
Choose Triangulatica
Select Triangulatica slicer which better fits your purposes.
Triangulatica | Triangulatica Premium | Triangulatica Premium Vector | Triangulatica Vector + Raster | Triangulatica Vector | Triangulatica Raster |
| Compatibility with 3D technologies: | |||||
| SLM slicing | |||||
| SLS slicing | |||||
| SLA: | |||||
| · slicing for laser | |||||
| · DLP/LCD slicing | |||||
| MJM slicing | |||||
| Bio-printing slicing | |||||
| DMD/LMD/DMD: | |||||
| · layers slicing 2.5D | |||||
| · real 3D slicing | |||||
| FDM/FFF: | |||||
| · layers slicing 2.5D | |||||
| · real 3D slicing | |||||
| · bed-ribbon | |||||
| Supporting structures building: | |||||
| Manual supports | |||||
| Auto supports | |||||
| Raft generation | |||||
| Exporting formats: | |||||
| Raster formats: | |||||
| · PNG | |||||
| · TIFF | |||||
| · BMP | |||||
| Vector formats: | |||||
| · Gcode | |||||
| · SLC | |||||
| · CLI (BIN) | |||||
| · CLI (ASCII) | |||||
| · SVG | |||||
| · CSV (;) | |||||
| · CSV (,) | |||||
| RAW formats: | |||||
| · TRIBIN | |||||
| Calibration ability: | |||||
| Raster calibration: | |||||
| · light level stability | |||||
| · hardware sensor | |||||
| · correct on-the-fly | |||||
| Vector calibration: | |||||
| · galvo calib. utility | |||||
| · correct on-the-fly | |||||
| Slicing strategy ability: | |||||
| Multipass slicings | |||||
| Multimaterial | |||||
| Addition walls calc | |||||
| Wall width settings | |||||
| Fill imposition calc | |||||
| Slicing on GPU | |||||
| STL import/export | |||||
| STL protection | |||||
| Cure of 3D model | |||||
| Preslicing | |||||
| Walls/fills order | |||||
| Fills rotations | |||||
| Slicing events ctrl | |||||
| Supporting materials: | |||||
| Metal powders | |||||
| Filaments | |||||
| Polymer powders | |||||
| Polymer granulas | |||||
| Thermo wax/gels | |||||
| UV wax/gels | |||||
| UV resins | |||||
| Work filed ability: | |||||
| Orthogonal | |||||
| Polar | |||||
| Cilindrical | |||||
| Editing options: | |||||
| Translate | |||||
| Rotate | |||||
| Scale | |||||
| Place | |||||
| Flipping | |||||
| Arrange | |||||
| Arrays | |||||
| Viewing options: | |||||
| Wireframe | |||||
| Transparency | |||||
| 3-axis clipping | |||||
| Down facing view | |||||
| Masses view | |||||
| Layer fill patterns: | |||||
| Raster fill patterns: | |||||
| · solid | |||||
| · grid | |||||
| · hexagone | |||||
| · grid light | |||||
| · grid tiny | |||||
| · hexagone light | |||||
| · hexagone tiny | |||||
| Vector fill patterns: | |||||
| · unidir lines | |||||
| · bidir lines | |||||
| · zigzag lines | |||||
| · unidir grid | |||||
| · bidi grid | |||||
| · unidir triangles | |||||
| · bidir triangles | |||||
| · boxes fom center | |||||
| · boxes to center | |||||
| · triangles from center | |||||
| · triangles to center | |||||
| · hexagons from center | |||||
| · hexagons to center | |||||
| · chess board unidir | |||||
| · chess board bidir | |||||
| · chess board zigzag | |||||
| · tracks unidir | |||||
| · tracks bidir | |||||
| · tracks zigzag | |||||