21:I[4606,["9139","static/chunks/9139-29aac3297803e837.js","5162","static/chunks/5162-971519dd5e179b15.js","1163","static/chunks/app/%5Blocale%5D/(with-footer)/ai/%5BwebsiteName%5D/page-93c09f9a3f0813c2.js"],""] 23:I[1895,["9139","static/chunks/9139-29aac3297803e837.js","5162","static/chunks/5162-971519dd5e179b15.js","1163","static/chunks/app/%5Blocale%5D/(with-footer)/ai/%5BwebsiteName%5D/page-93c09f9a3f0813c2.js"],""] 22:T52e,

What is Bench AI?

Bench AI transforms how hardware teams design by scaling their capabilities with AI automation that thinks like an engineer. It automates manual engineering processes, allowing one engineer to handle entire workflows faster, cleaner, and smarter. Bench is building towards AI agents designing in parallel, offering a new way to engineer.

How to use Bench AI?

Bench AI integrates with existing CAD, CAE, PCBs, and ROS tools. It automates toolchains, orchestrating tools like an IDE to create intelligent pipelines. Users can deploy AI agents to coordinate tasks and build optimal workflows.

Bench AI's Core Features

AI-Native Workflows

Full Context Awareness

Toolchain Integration

Automated CAD Revisions

Iterative Finite Element (IFE) Optimization

Bench AI's Use Cases

#1 Automating CAD revisions by intelligently propagating changes across the model.

#2 Automating multi-step workflows to cut design cycles from days to minutes.

#3 Automating optimization across the entire design stack.

Bench AI

📋Introduction

User Rating