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Bench AI Documentation Product Information

Bench is an AI-powered automation platform designed to accelerate hardware design for robotics and aerospace. It acts as an orchestration layer that enables fast design, optimization, and automated workflows across cross-domain toolchains. Bench focuses on turning design flows that used to take days into processes that can be completed in minutes, with deterministic results and a user-friendly experience.


Overview

  • Automates complex, cross-domain hardware design workflows.
  • Optimizes design iterations and accelerates R&D timelines.
  • Delivers deterministic results where parts fit into assemblies and meet requirements.
  • Emphasizes a visually rich, non-black-box experience to enhance user trust in tools.
  • Supports robotics and aerospace use cases with native integrations to major engineering tools.

How Bench Works

  1. Automations Layer: Bench acts as an automation layer that orchestrates design tasks across multiple tools and domains.
  2. Complex Workflows: Build and run multi-step workflows that previously required manual coordination.
  3. Deterministic Outcomes: Generated designs are validated to ensure fit and adherence to requirements.
  4. Integrations: Connects with all major engineering tools in your stack to streamline data flow and versioning.

Industries and Use Cases

  • Robotics
  • Aerospace

Case Studies

  • Explore specific workflows that Bench can help you with to understand real-world impact and ROI.

Integrations

  • Bench integrates with all major engineering tools in your stack to enable seamless data exchange and automation across the toolchain.

How It Works

  • Install, configure, and connect Bench to your existing engineering toolbox.
  • Design automated flows that orchestrate tasks across CAD/CAE, simulation, and other design tools.
  • Run, monitor, and iterate with deterministic results that respect your assemblies and requirements.

Core Features

  • Automations layer enabling complex, cross-domain hardware design workflows
  • Rapid design iteration: turn days-long flows into minutes
  • Deterministic design outputs that ensure part fit and requirement satisfaction
  • Non-black-box, visually polished user experience
  • Deep integration with major engineering tools for seamless data flow
  • Industry support for Robotics and Aerospace use cases
  • Case studies to illustrate practical workflow implementations