Platform v4.2 — Now with AI-Driven Topology

Engineer Lattice Structures
That Perform at Scale

Solidlattice is the professional SaaS platform for designing, simulating, and exporting manufacturing-ready lattice geometries. Cut design cycles by 68% and reduce material waste by up to 42%.

Trusted by engineering teams at

Platform statistics

2,400+
Engineers on Platform
68%
Faster Design Cycles
42%
Material Waste Reduction
99.97%
Platform Uptime SLA
14M+
Lattice Cells Generated

Everything You Need to Engineer Smarter

From parametric unit cell design to FEA-validated export, Solidlattice handles the full engineering workflow in a single cloud-native platform.

Parametric Lattice Builder

Define unit cell topology, strut diameter, relative density, and anisotropy via intuitive parametric controls. Supports BCC, FCC, TPMS, Gyroid, and 40+ custom topologies.

40+ Topologies

AI Topology Optimization

Our ML engine analyzes load paths, boundary conditions, and manufacturing constraints to automatically generate optimized graded-density lattice distributions.

ML-Powered

Integrated FEA Simulation

Run structural, thermal, and fluid simulations directly in-browser using our GPU-accelerated solver. Validate stiffness, fatigue life, and heat transfer without leaving the platform.

GPU Accelerated

Manufacturing-Ready Export

Export validated geometries as STL, STEP, OBJ, or AMF files optimized for SLM, EBM, FDM, and binder-jetting processes. Includes build orientation and support analysis.

6 Export Formats

Version Control & Collaboration

Branch, merge, and review lattice designs with full version history. Role-based access controls let teams collaborate across departments and external suppliers securely.

Team Ready

REST API & CAD Integrations

Connect Solidlattice to CATIA, Siemens NX, SolidWorks, and Ansys via our REST API and certified plugins. Automate design pipelines with full programmatic control.

API-First

From Concept to Manufacturing in Four Steps

Solidlattice streamlines the entire lattice engineering workflow so your team spends time on design decisions, not software wrestling.

Define Geometry & Loads

Import your CAD boundary geometry or sketch it directly in Solidlattice. Define load cases, boundary conditions, and material properties from our certified library of 800+ materials.

Configure Lattice Topology

Select from 40+ unit cell types or let the AI optimizer choose the best topology. Set target relative density, anisotropy ratios, and grading functions across the domain.

Simulate & Validate

Run FEA and CFD simulations with one click. Review stress, displacement, and thermal maps. Iterate on parameters until performance targets are met — all within minutes.

Export & Manufacture

Export your validated lattice in your required format with process-specific optimizations applied. Generate a full engineering report with material savings and performance data.

Built by Engineers, for Engineers

Our founding team brings together deep expertise in computational mechanics, additive manufacturing, and enterprise software.

Dr. David Kessler

CEO & Co-Founder

Former Principal Research Engineer at MIT's Digital Manufacturing Lab. PhD in Computational Mechanics, 12 years designing lattice structures for aerospace applications at Boeing and Lockheed Martin.

Sarah Chen

CTO & Co-Founder

MS Computer Science, Stanford. Previously led the simulation infrastructure team at Autodesk. 9 years building GPU-accelerated solvers and cloud-native CAE platforms used by 50,000+ engineers.

Marcus Rivera

VP Engineering

MEng Mechanical Engineering, Georgia Tech. Former Senior Engineer at EOS GmbH and Stratasys. Specialist in additive manufacturing process simulation and lattice-to-build-file pipelines for production environments.

What Engineers Say About Solidlattice

Hear from the engineering teams who have transformed their lattice design workflows with Solidlattice.

★★★★★
"We reduced our bracket design cycle from 6 weeks to 9 days using Solidlattice's AI optimizer. The FEA integration meant we validated designs without leaving the platform — that alone saved 40+ hours per project."
James Morley Senior Structural Engineer, Orbis Aerospace
★★★★★
"The TPMS lattice generation for our spinal implants is exceptional. We achieved 38% weight reduction while maintaining required stiffness within ±2%. Solidlattice is now a core part of our FDA submission workflow."
Dr. Lisa Park R&D Director, Nexagen Medical Devices
★★★★★
"We integrated Solidlattice's API with our existing Siemens NX workflow in under a week. The REST API is well-documented and the export quality for our SLM machines is flawless. Support team is outstanding."
Thomas Weber AM Process Engineer, Titan Automotive Group
★★★★★
"The material library alone is worth the subscription. 800+ certified materials with validated mechanical properties saved our team months of characterization work. The graded density feature is unmatched in any other tool we've evaluated."
Anika Rao Lead Engineer, AeroFab Industries

Frequently Asked Questions

Everything you need to know about the Solidlattice platform, pricing, and integrations.

Solidlattice supports 40+ unit cell topologies including BCC, FCC, BCC-Z, Octet Truss, Kelvin, all five TPMS types (Gyroid, Schwartz P, Diamond, Lidinoid, Split-P), and fully custom topologies defined via implicit surface equations or node-strut graphs. New topologies are added quarterly based on customer requests.
We provide certified plugins for CATIA V5/V6, Siemens NX, SolidWorks 2022+, PTC Creo, and Fusion 360. Simulation integrations include Ansys Mechanical, Abaqus, and MSC Nastran via our REST API. All integrations support bidirectional data flow for seamless round-trip design workflows.
Sign up with your work email and get immediate access to the full Professional tier for 14 days — no credit card required. You'll have access to all features including FEA simulation, AI optimization, and export tools. At the end of the trial, choose a plan or your account moves to a read-only state so you never lose your work.
Yes. Solidlattice is SOC 2 Type II certified, ISO 27001 compliant, and our Enterprise tier supports 21 CFR Part 11 electronic records for FDA-regulated workflows. We provide full audit trails, signed simulation reports, and material traceability documentation. Our aerospace customers use Solidlattice in AS9100D-compliant design environments.
Solidlattice exports STL (binary and ASCII), STEP AP242, OBJ, AMF, 3MF, and our proprietary SLF format for lossless round-trip editing. All exports include optional process-specific optimizations for SLM, EBM, FDM, binder jetting, and DED processes. Enterprise customers can also export to CGNS and Exodus II for downstream CFD workflows.
All plans include access to our comprehensive documentation, tutorial library, and community forum. Professional plans include email support with a 4-hour SLA during business hours. Enterprise plans include a dedicated customer success engineer, 24/7 priority support via Slack or phone, quarterly business reviews, and on-site training options.

Start Your Engineering Journey

Whether you're evaluating Solidlattice for your team or ready to start a trial, our engineering specialists are here to help. Typically respond within 2 business hours.

Address 800 Boylston Street, Suite 1600
Boston, MA 02199

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