Understand requirements
Parse natural-language briefs, operating parameters and constraints into standardized design inputs.
GENERATIVE ENGINEERING / MANUDRIVE
Industrial design
From requirements to drawings, in seconds.
Turn operating parameters into CAD drawings. Bring requirements, engineering standards and past designs into a workflow of generation, compliance checks and iterative refinement.
Explore ManuDrive →01 / THE CHALLENGE
Start with the process.
Industrial design depends on manual model reconstruction and repeated revisions. Requirements, operating parameters and engineering standards are scattered across files, while 2D drawings, 3D models and bills of materials are maintained separately. One change creates rework throughout the project. Complex equipment takes weeks to design, with crucial knowledge concentrated in a few senior engineers.
- Key inputs
- Design briefs, operating parameters, engineering standards, historical drawings and bills of materials (BOM)
- Optimization objectives
- Shorten design cycles, improve drawing consistency and reuse, and retain design experience as an organizational asset.
02 / FROM DATA TO DECISIONS
How AI contributes.
Generate designs
Use a generative engineering model built on two million CAD drawing sets to produce 2D drawings, 3D models and bills of materials.
Check and refine
Automatically check process requirements and standards. Engineers confirm results before the next refinement, giving each revision a clear basis.
03 / IN PRODUCTION
From days of manual drawing work to responses in seconds.
Model response time is under 30 seconds, compressing days of manual reconstruction and drawing work into delivery in seconds. For complex structural parts and equipment variants across product lines, this reduces specialist effort and trial-and-error costs while accelerating iteration and engineering delivery.
Internal company validation for specific design tasks, input conditions and model configurations.
04 / QUESTIONS & CONTEXT
A closer look.
What does the model generate?
Depending on the brief, outputs include 2D drawings, 3D models and bills of materials, connected to process and standards checks for engineers to review and refine.
How does past design work become reusable?
The model connects historical drawings, engineering standards and feedback, retaining revisions as reusable knowledge for complex components and equipment variants.
SOURCES & CONTEXT
This page is based on the company's description of its business.
LET’S BUILD WHAT’S NEXT.