Power. Freedom. Control.
Iterate at the Speed of Thought
Your CAD-to-Print workflow needs to be fast. Use a system that scales with you, regardless of part complexity, printer bed size / resolution, and your need for a production workflow.
Superior Data. Superior Parts.
Directly import native CAD files, or the most complex STLs - output to any 3D print process, metal, plastic or resin. Use CAD splines and metadata to improve the quality of your workflow and prints.
Let the World Help You Lift
Harness the easiest and fastest growing scripting language and community to customize and control your workflow - automate your processes, eliminate tediousness - do more, in less time.
Reimagine Your Additive Workflow
Producing parts efficiently, to spec, and at scale is what drives the ROI of additive manufacturing. Your build processor is a critical component in this process. Preparing files for production should be a straight line from cad-to-print. Experience a streamlined workflow that reduces prep time and improves quality.
We think like you, in terms of hourly burdened rate.
Choose from a list or define your own. Supported processes including: DMLS, SLM, SLS, SLA, DLP, Binder jetting, and FDM/FFF.
Iterate At the Speed of Thought.
There’s a lot of performance in your computer - Let’s put it to good use.
Blazing Fast GPU Performance
The Dyndrite Additive Manufacturing Toolkit (AMT) is fast! Built on our multi-threaded "Accelerated Computational Geometry Engine" (ACE), the world’s first GPU-powered geometry engine, AMT performs like no other build processor on the market, It is designed to use every bit, FLOP, and clock cycle to speed through the most complex builds and compute operations.
Scale As Needed
Have a need for speed? AMT automatically detects available resources and optimizes for the added processing power. Use software that scales from laptop, to desktop, air gapped computer, to the cloud.
Lattice at Machine Resolution
Engineering purpose drives design. Use AMT to lightweight parts and architect materials at scale. Accomplish engineering objectives without bringing your machine to a crawl. Iterate and explore your design space up to the resolution of your machine.
Supports Based on Intent
Supports play a vital role in ensuring you have a successful build every time. The Dyndrite support generation system was built based on engineering intent, helping you to manage structural stresses, thermal stresses, and defining removal methods.
Choose from truss, tree, column, block/ribbon, extrude milling offsets, and/or cones, Our automated system greatly reduces the need for manual edits and helps you speed through generation, iteration, manipulation, transformation, and slicing
Dyndrite features a memory efficient streaming architecture that lets you handle extreme datasets (10+GB of vector slice files), regardless of available RAM. Quickly slice raster or vector files for just about any additive process. Directly output PNGs, SVG, CLIs or specific machine proprietary formats. Additionally, Dyndrite can distribute tasks across CPU threads and onto the GPU, slicing parts that bring other systems to their knees.
Superior Data. Superior Parts.
Print your CAD files. Free yourself from legacy formats.
Print Your CAD Files
With CAD data select and support surfaces instead of triangles. Improve the quality of your prints by slicing native CAD files at the resolution of the machine - instead of printing an approximation, the STL. Dyndrite makes STLs a thing of the past. Why repair something that shouldn’t have existed in the first place.
Freedom to Choose
Have the portability to use any CAD system, printer or simulation software. Use software being built to be the digital nervous system of the industry to create a production grade CAD-to-Print solution.
Make Your Own Toolpaths
With compatible printers, design and customize your own toolpaths, laser speeds, and feeds to improve surface finish, print time, material properties and reduce failure rate.
Scriptable Python Interactive Interface
Turbocharge your manufacturing process with the most accessible language available - Python.
Leverage the Power of Python
Designed with the technician in mind, the Dyndrite Python API allows the scripting of interactive workflows that automate the build process — speeding production and eliminating repetitive tasks. The popular Python programming language, widely noted for its ease of use, is woven into the application is and can be used interchangeably with a modern GUI.
Quickly prototype solutions to design and manufacturing problems. Quickly craft patterning, labeling, and Design of Experiment (DOE) workflows.
Leverage the vibrant and growing Python community to make semi-automatic internal apps, websites, and connect with 3rd party tools and services.
Unlock the power of Additive for your Industry
Modern software that enables a new paradigm of efficiency.
Use the Dyndrite Additive Toolkit to free yourself from limitations in the current workflow. Use a fast end to end system built with modern computer architecture, modern design needs, modern manufacturing, and modern engineers/technicians in mind.
Leading OEMS and Developers Join Dyndrite's Developers Program and Council
Affecting change within the Additive Manufacturing industry requires working with leading manufacturers of today’s leading edge 3D printing tools and machines. The Dyndrite Developer Program & Developer Council, brings together application developers and OEMs to work together to advance the state of the industry. Developers and OEMs are provided the tools and resources to creatively leverage the Dyndrite platform and community to create and exchange new additive applications, workflows, and best practices.
UX/UI - We Care How you Work
At Dyndrite our aim is to dramatically improve your productivity, efficiency, and accessibility. That’s why we’ve deliberately architected and streamlined workflows, with smart contextual menus that minimize mouse miles and with tools that come to you in the the order you need them, when you need them. A workflow that doesn’t live in a vacuum but recognizes upstream CAD and downstream post processing.
Transparency and learning are core to Dyndrite’s creed.
Users are encouraged to submit feedback for rapid response and improvement.
“We’re excited to work with the new Dyndrite Platform. We share many of Dyndrite's technology direction, including embracing higher order geometries, the GPU, and especially Python - a language we've adopted as a customer interface to our product line. We look forward to exploring how our two products combine to create a powerful customer solution."
Yves-Christian Hagedorn, Managing Director
Arc Engines 3D
“With Dyndrite, we are additively manufacturing the next generation of propulsion technology.”
Kyle Andry, Additive Rocket Corporation, CEO
ARC develops high impulse, ultra-low cost additively manufactured rocket engines. The company capitalizes on the limitless potential of metal 3D printing technologies to deliver products with a high standard of safety and reliability. The team provides value through the engineering design, efficient manufacturing, and robust testing of liquid propellant thrusters and rocket engines for space industry vehicles and small-satellite launchers.
Learn more about Dyndrite's groundbreaking new additive solution
It's time additive software took full advantage of today’s additive hardware. Learn about Dyndrite’s GPU-native engine and how our Additive Toolkit enables you to supercharge your workflow.