Accelerate your engineering process.

Design, analyze, and prep for manufacturing on a single platform.


Request demo

Where all engineering teams converge

The nTop Platform approach removes geometry bottlenecks in design by achieving more efficient workflows, dramatically improving team collaboration with faster iteration, enabling smarter, more complex designs to meet performance demands.

Field-Driven Design

A unifying technique for design, simulation, and manufacturing data comprised of arrays of values. The nTop Platform approach removes geometry bottlenecks in design by achieving more efficient workflows. Dramatically improving team collaboration with faster iteration, enabling smarter, more complex designs to meet performance demands.

 

Collaborate more

At nTopology, we know that disconnected engineering software stacks and delicate CAD models have slowed teams down and stifled innovation. nTop Platform’s Engineering Notebooks feature makes your valuable information more accessible, shareable and intelligent than it’s ever been.

Iterate faster

By utilizing nTop Platform’s breakthrough computational modeling techniques, design teams can process and evaluate more design concepts than ever before. This enables rapid determination of the best product variations possible.

Key Features

Field-Driven Design
A unifying technique for design, simulation, and manufacturing data to be intelligently embedded directly into your part.
Engineering Notebooks
Capture, reuse, and deploy valuable engineering workflows to increase collaboration across teams and keep projects moving.
Spatially Varying Structures
Control density, orientation, and spacing of micro, macro, and mesoscale structures.
No More STLs
Go directly to print from nTop Platform without the hassle of dealing with unmanageable and unsliceable mesh files.
Topology Optimization
Get editable geometry instantly from a topology optimization study without having to remodel the part.
Implicit Geometry Kernel
Our supercharged Implicit Geometry Kernel is lightning fast and guarantees valid solid models with no rebuild errors.
See application examples

Industries

Aerospace & Defense
Medical
Automotive
Consumer Products
“To access the tremendous design freedoms that additive manufacturing allows, integrated multi-vendor software workflows are the norm. Tightening the integration between nTopology's industry leading lattice design tools and ANSYS gives engineers the tools they need to design, and validate, cutting edge lightweight structures for aerospace and biomedical markets.”
Steve Pilz, Lead Product Manager - Additive Manufacturing
ANSYS
“Few companies understand the challenges of realising the opportunities in design that advanced manufacturing can deliver, in the same way that we do. nTopology are one of the few.”
Sarat Babu, Founder & CEO
Betatype
“EOS is excited to be working with nTopology, and is looking forward to how their software can streamline and improve the design to part workflow for next generation parts. As EOS continues to break boundaries and push the frontier of additive manufacturing, we pride ourselves in forming collaborative relationships to be able to offer our customers the best and state of the art technology. ”
Dr. Gregory Hayes, Director of Applications and Consulting
EOS North America
“An innovative and effective solution to a tricky problem. Until now, generating cellular repeating structures has been painful for designer and computer alike. nTop Platform will be a key tool in helping us demonstrate the power of additive manufacturing to the world.”
Kevin Brigden, Additive Manufacturing Applications Engineer
Renishaw
“nTopology’s software solution for free and precise part design represents a major enabler for finally exploiting 3D printings true potential: efficiently building complex structures”
Yves Hagedorn , CEO
Aconity3D
“nTop Platform enables us to bring the most powerful modeling tools for AM to the Medical Device Industry.”
Chris Collins, COO
Tangible Solutions
“nTopology Platform is enabling engineers to do what they’re good at, designing efficient structures which in turn is design for additive manufacturing in a way that abstracts away the non value-added work commonplace in today’s digital workflows and let’s designers and engineers focus on real, system level, innovation.”
John Barnes, Founder and Managing Director
The Barnes Group Advisors

Learn more about the technology behind nTop Platform

Field-Driven Design: Product Data Models for Rapid, Collaborative Development
The increased sophistication of today’s products and the introduction of advanced manufacturing creates an unprecedented level of complexity across engineering disciplines. In particular, technologies that improve performance and efficiency, promote part consolidation, and use advanced manufacturing all create challenges for design, simulation and manufacturing teams.
Blake Courter • 7 min read
nTopology Platform for Additive Manufacturing
nTop Platform is helping companies realize products with Additive Manufacturing by integrating the Design for Additive Manufacturing (DfAM) workflow and removing inherent barriers to iterative redesign necessary to create breakthrough new products.
Blake Perez • 8 min read
Implicits and Fields for Beginners
Managing the size and performance of complex geometry requires a computationally lighter means of defining and representing geometry. By integrating a field-driven design approach based on the implicit modeling technology, designers can focus on engineering work that matters, and spend less time with non-value-added tasks.
Andrew Reitz • 5 min read
See More Posts

Ready to accelerate your engineering process?

Get in touch with nTopology Engineering and get started today.