MST AI ENGINEER · DESIGN SOFTWARE

Engineering AI for industrial equipment design.

Generate 3D models from 2D CAD drawings and editable SOLIDWORKS assemblies from P&IDs and your approved parts. Reduce repetitive design work, with delivery quality, total cost and project time as the measures that matter.

Request product demo Explore equipment design

RESULT IN THE RECORDINGNative, editable assemblyWatch the 92-second demo ↗

RECORDED DEMO

Engineering Intelligence · structured equipment demo

SOLIDWORKS
ASSEMBLY

00:00Base
00:20Insert
01:11Inspect

STARTING MUTED

How much of a semiconductor gas-delivery system can AI design?
This 92-second recording shows the native SOLIDWORKS assembly-execution stage. Explore the full equipment-design workflow on the product page.
English viewing guide

Selected P&ID-derived topology branch on the left and its corresponding equipment assembly highlighted in blue on the right — Actual MST interface · October 1, 2026

PRODUCT WALKTHROUGH

P&ID to 3D assembly: select a branch, inspect the equipment

Select a P&ID-derived branch and see its corresponding equipment assembly. Read how the two views help engineers review the design.

Read the article

ONE PRODUCT · ENGINEERING DESIGN CAPABILITIES

Model. Arrange. Assemble.

Start with the design work your team needs to complete. Explore drawing reconstruction and equipment assembly, with source information and results available for engineer review. The assembly workflow starts with configured semiconductor gas equipment.

Actual MST interface showing three CAD drawing views and the generated 3D model — Actual MST interface · 2D CAD to 3D

01 / DRAWING TO MODEL

Turn 2D drawings into 3D models.

Reuse the design information in existing CAD drawings. Inspect the generated model beside its source views.

Explore drawing reconstruction

Equipment component positions, connecting routes and space constraints in a layout illustration — Concept illustration · layout and connections

02 / LAYOUT AND CONNECTIONS

Plan the layout and connections.

Explore arrangements and connections that fit your equipment requirements and available space.

Explore layout planning

Native SOLIDWORKS equipment assembly from the existing 92-second MST demonstration — Actual recording frame · native assembly

03 / MECHANICAL ASSEMBLY AI

Build an editable assembly.

Get a native SOLIDWORKS assembly your engineering team can inspect and continue developing.

Explore assembly generation

Take the product brochure and technical guides to your team

FOR EQUIPMENT MANUFACTURERS AND DESIGN TEAMS

Deliver more with the engineering team you have.

Semiconductor gas-equipment teams

Bring a P&ID, the existing models in your PDM, and your equipment rules. MST plans the layout and connections and creates a native SOLIDWORKS assembly your engineers can inspect and keep developing.

Explore equipment assembly

Teams working from existing 2D drawings

Use the design information you already have. Generate a 3D model from CAD drawing views and compare it with the source before deciding what further engineering work is needed.

Explore drawing reconstruction

For owners and engineering leaders, the goal is more accepted design work with less avoidable rework, overtime and outsourcing. Compare quality first, then the total cost and calendar time of completing the task. Cloud access or private deployment lets your team choose the implementation approach that fits its environment.

APPLICATION SCENARIO / EQUIPMENT VARIANTS

A new variant. Build on what already works.

A different valve or an extra branch changes a familiar equipment design.

Your starting point: Existing parts, assembly models and engineering experience.
The goal: An updated assembly built around the new requirements.
Work to reduce: Rebuilding familiar arrangements and repeating setup work.

Explore equipment variants

Concept illustration of existing component models alongside an equipment assembly — Illustrative application scenario · concept image

Concept illustration of an equipment arrangement and assembled cabinet — Illustrative application scenario · Concept illustration: process intent, component layout and an equipment assembly.

APPLICATION SCENARIO / COMPACT EQUIPMENT

A smaller cabinet. The connections still need room.

Fitting the components is only part of the job. The arrangement also needs room for connections and maintenance.

Your starting point: Equipment requirements, approved parts and available space.
The goal: A connected layout your team can review and refine.
Work to reduce: Repeated moves and connection changes discovered late in design.

Explore the layout challenge

RECORDED PRODUCT EXAMPLE

An assembly your engineers can open and keep working on.

The task: Bring existing components together in a native SOLIDWORKS assembly.
Shown in the recording: Component placement followed by inspection of the assembled model.
Practical value: An editable assembly your team can inspect and continue developing in SOLIDWORKS.

92-second product recording · assembly execution stage. Recording length is not a project time-saving measurement.

Watch the assembly example

Actual recording frame showing the native SOLIDWORKS assembly from the approved MST demonstration

ACTUAL RECORDING FRAMENative, editable SOLIDWORKS assembly

Engineering team reviewing a process system, P and ID and native assembly before release — Brand illustration

MEASURE THE VALUE FOR YOUR TEAM

Quality first. Then cost and delivery time.

Agree what makes a design ready for the next team. Compare your current workflow and MST on that same accepted result, including preparation, review and corrections. Count the full cost and elapsed time. Engineer review required before production release.

DELIVERY QUALITYTOTAL COSTDELIVERY TIME

Evaluate the business case

START WITH ONE EQUIPMENT TASK

What would you like AI to design next?

Tell us what equipment you design and what needs to improve: delivery quality, project cost, backlog or a deadline. A short, non-confidential description is enough to start.

Request a live challenge