Triangulatica
GPU-accelerated universal slicer and hardware platform (PCBA) enabling operation, optimization, and design of any additive manufacturing system technology from home to industrial scale—supporting SLA Laser, SLS, SLM, FDM/FFF, DMD/LMD/DMT, MJM, DLP/LCD, and bioprinting.
- CEO / Founder
- Denis Vlasov
- Team Size
- 1-10
- Stage
- Active
- Total Funding
- $0
- Latest Round
- No funding raised
Technology & Products
Key Products
Triangulatica Slicer (core slicing software—Premium, Community, OEM license tiers); TriBin Viewer (utility for sliced file visualization); TriCorrection (post-processing utility); Hardware platform (PCBA module for 3D printer integration)
Technological Advantage
GPU acceleration provides 10–100x speedup in slicing vs. traditional CPU-only competitors (Cura, PrusaSlicer, Simplify3D), reducing design-to-print cycle time from hours to minutes. Universal format output eliminates vendor lock-in, allowing OEM customers to integrate Triangulatica into any printer. Hardware platform (PCBA) positions Triangulatica as a complete AM system platform, not just software—raising switching costs and expanding TAM into printer manufacturers. Parametric on-the-fly lattice generation (vs. pre-computed lattices) enables 40–60% model file size reduction for complex aerospace/medical parts.
Differentiation
Value Proposition
Enable rapid development and optimization of new 3D printing systems across any technology by providing: (1) GPU-accelerated slicing algorithms reducing computational time by 10-100x, (2) full control over AM technological processes with parametric layer generation, (3) hardware platform (PCBA) for system integration, (4) support for any current or future AM technology without reimplementation
How They Differentiate
Triangulatica is the only GPU-accelerated universal slicer with hardware platform integration. Competitors (Cura, PrusaSlicer) are CPU-based and FDM-focused; Simplify3D and Netfabb offer broader tech support but lack hardware platform bundling and GPU acceleration. Triangulatica's parametric lattice generation and universal export format (vector/raster/raw) are unique. Target: OEM/system developers vs. Cura/PrusaSlicer (consumer-grade) and Simplify3D (professional end-users).
Market & Competition
Target Customers
3D printer manufacturers (OEM), AM system developers, R&D teams designing new additive manufacturing technologies, industrial-scale AM operations
Industry Verticals
Medical devices; Aerospace and space; Automotive; Engine manufacturing; AM system development
Competitors
Cura (Ultimaker, open-source, FDM-primary); Simplify3D (professional paid slicer, FDM/SLS); PrusaSlicer (open-source, FDM-focused); Autodesk Netfabb (CAD-integrated slicing, multi-tech)
Growth & Milestones
Growth Metrics
Developed since 2016; software version 1.2.2.0 released indicating active development cadence; rated by 2 users on software download sites (avg 3.5/5); LinkedIn company page has 6 followers; Reddit community engagement in r/AdditiveManufacturing (12K subscriber community); recently entered market per 2021 Reddit post; file size 34.6 MB for installer
Major Milestones
2016: Triangulatica slicer development launch; 2016–present: Continuous algorithm optimization and feature expansion (parametric filling, universal format export, hardware platform development); ~2020: Public announcement of market entry via Reddit and industry forums; Ongoing: Integration with 3DSLA printer lineup; expansion of OEM licensing model
Notable Customers
No named customers disclosed; Reddit post indicates the company is actively seeking cooperation with companies building their own additive manufacturing systems, suggesting B2B OEM/integrator target market; demonstrated compatibility with RussianSLM FACTORY printer (AlSi10Mg, CoCrMoW, TiAl materials shown in print examples)