Turn your product knowledge into clear technical documentation.

Create manuals and interactive work instructions from engineering data and existing documents. AI helps draft the content; your experts edit, review, and keep it up to date as your product evolves.

Book demo See how it works

Engineering files become a coupling-inspection guide for the CP-200 pump. A second request creates a PDF manual from the same model and instructions. The yellow coupling guard is replaced with a stainless-steel version. An input above the machine types “Update the documentation.” As the documents appear, connecting lines carry pulses from the revised guard to the maintenance manual, parts list and service instructions in turn. Each arriving pulse highlights the affected content, advances the document to revision 03 and reveals a checkmark. The revised machine remains connected to all three updated documents beneath “Every output. One truth.” Illustrative documentation workflow; CP-200 is a demonstration identifier.

Supported by

Airbus Développement La French Tech — Tremplin laureate Bpifrance — Innovation funding Créalia — Innovation funding Le Catalyseur — Incubation Nubbo — Incubation CNES

The Bottleneck

Scattered knowledge. Static manuals. Documentation that falls behind every revision.

The knowledge usually exists. It is just scattered across PDFs, binders, videos, and experts' heads.

Knowledge loss

Expert know-how lives in heads, not systems. When experts move on, decades of judgment go with them.

Documentation lag

Engineering can release revision C while the manual still describes revision A. Each rewrite consumes expert time.

Format chaos

PDFs, binders, videos, and drawings can drift apart. Local copies multiply and the current version gets hard to find.

Compliance risk

Regulated programs may require controlled instructions and audit evidence. Outdated pages add quality, delivery, and review risk.

Customer outcome

Industrial manufacturer

Months of documentation work.Saved.

An industrial manufacturer used TwinWorks to create its technical documentation, saving months of writing work.

Manual authoring Before
5 months*

Technical documentation written manually

With After
3 weeks*

Technical documentation created in TwinWorks

Months saved.

On one documentation project.

See it on your documentation

TwinWorks project account · Customer identity withheld

*Timing figures retained from the existing design; comparison pending validation.

About this result

The months of writing saved are reported by TwinWorks for this project. The exact baseline, scope and timing comparison must be documented before publishing the numerical version. Results are specific to the project.

The Platform

One controlled source of technical truth.

Supported sources, connected

PDF references, supported 3D models, parsed engineering data, expert input, and reusable content can be managed in one platform.

One source of truth

TwinWorks structures linked material into controlled, revision-managed modules with approved publication history.

Review-ready deliverables

Create technical publications and interactive work instructions, with training material and execution reports managed alongside them.

Changes ready for review

TwinWorks identifies affected content from explicit source-to-content relationships, so experts can review and publish the right updates.

When the line stops

Find the fix.
Not the manual.

Ask a question.
Find answers in your documents.

An operator consulting a tablet beside production machinery
TwinWorks
Removing ignition coils

Which tools do I need?

You’ll need:

  • 10 mm insulated socket
  • Calibrated torque wrench
  • Lockout / tagout kit
Source

MP-142 · Rev. C

§4.2 · Compressor X120–X140

  1. 01Ask
  2. 02Answer
  3. 03Source
Try it with your documents

AI-assisted 3D authoring

Describe the action.
AI shows it in 3D.

Ask the assistant to remove a part, replace it, or put it back.
Watch the model respond and your instructions take shape.

Industrial pump with its coupling guard lifted above the exposed coupling
Coupling guard
1

Remove the coupling guard

Procedure step added

Remove the fasteners and lift the guard clear of the coupling.

Step 1 of 3TwinWorksDraft

Product Assistant

Working with your 3D model

AI
You

Remove the coupling guard.

I’ll remove the guard and add that action to your procedure.

Guard removed. Instruction added.

Ask the assistant

Interactive example

AI does the groundwork. You review, refine, and publish.

Content for every team,
managed from one source

Create each team’s format from one controlled source, then review and publish linked updates as it changes.

Technical Publications

Author once. Publish with control.

Structured manuals and publications keep revision history and source provenance together.

Technician reading a TwinWorks maintenance manual in front of aircraft landing gear

Training

New hires get consistent guidance.

Reusable, interactive material gives new hires guidance built from controlled content.

Technician viewing visual training instructions through a headset

Assembly

The same build across shifts.

Interactive work instructions guide operators through controlled steps.

Technician following an assembly procedure on a tablet

Quality Control

Evidence for each recorded step.

Optional photos, statuses, durations, and comments support quality review.

Technician checking equipment against a tablet procedure

Maintenance

Find the fix. Not the manual.

Step-by-step guidance at the machine stays tied to a published procedure.

Technician consulting a tablet procedure beside a drone
Book demo

Built for industries where documentation is mission-critical

Aerospace industry preview

Industry

Aerospace & Defense

Aerospace documentation often demands rigorous structure, configuration control, and review. TwinWorks supports modular content and approved technical-document revision history, from the factory floor to the flight line.

View demo
Robotics industry preview

Industry

Robotics

Deliver accurate 3D documentation for assembling, calibrating, and servicing robotic systems, helping technicians follow each motion and connection with confidence.

View demo
Manufacturing industry preview

Industry

Manufacturing

Bring complex machinery and production workflows to life with interactive 3D documentation that supports training, clarifies complex tasks, and helps teams avoid costly mistakes.

View demo

Why TwinWorks

Engineering-connected authoring meets operational delivery.

Technical authoring and frontline execution are often managed separately. TwinWorks connects both to the supported engineering and reference sources that define the product.

Capability Traditional CCMS Work-instruction tool Generic AI
Structured technical publications ✓ Limited Limited ✓
Interactive work instructions Limited ✓ Limited ✓
Supported 3D and engineering inputs Integration-heavy Limited Uncontrolled ✓ STEP import beta
Relationship-based content impact Sometimes Rarely No ✓
Technical-document review and approval ✓ Sometimes No ✓
Training from the same content Limited Sometimes No ✓
Execution evidence and reports Limited ✓ No ✓
Sources

Engineering-connected

Documentation can reference supported product and source material.

Control

One controlled source

Reusable, modular content across supported deliverables.

Review

AI-assisted, expert-approved

AI-assisted creation without surrendering control.

Delivery

Author once, publish with control

Web and PDF publications, browser-based procedures, and training material.

Frequently asked questions

What is TwinWorks?

TwinWorks brings supported 3D models, parsed engineering data, and PDF source material into a controlled documentation workspace. Teams use it to create interactive manuals, digital work instructions, training material, and execution reports, with experts responsible for editing and release.

What is technical documentation software?

Technical documentation software helps companies create, manage, and deliver the documents that describe how a product is built, operated, and maintained: manuals, work instructions, SOPs, troubleshooting guides, and training material. TwinWorks uses AI to prepare review-ready drafts from linked manuals and parsed engineering data. Experts edit, review, approve, version, and publish technical-document revisions.

What sources can TwinWorks work from?

TwinWorks uses uploaded PDF manuals as reference sources. It parses QElectroTech, KiCad, 3DXML, and STEP or STP engineering structures; STEP import is in beta. For interactive 3D authoring, it supports OBJ, FBX, GLB, self-contained GLTF, and USDZ. Procedures can also be authored without a 3D model.

How does TwinWorks reduce documentation errors?

TwinWorks structures technical-document content into reusable modules with revision history and provenance. It flags broken references, stale embedded procedures, and shared dependencies for expert review, and captures configured execution evidence such as step status, duration, comments, and optional photos.

Which industries use TwinWorks?

TwinWorks is built for industries where documentation is mission-critical: aerospace and defense, manufacturing, robotics, energy, and consumer goods. Its workflows emphasize structured content, configuration control, expert review, and revision evidence.

What devices can teams use to view TwinWorks documentation?

Teams can access published TwinWorks documentation through its web viewer. Device coverage and beta or limited AR guidance depend on the intended setup and should be confirmed during evaluation.

Remove the documentation bottleneck

Experts refine AI-assisted drafts. Explicit source-to-content relationships reveal affected content for review. Know-how becomes reusable modular content, with revision history and execution evidence your teams can inspect.

Discuss workflow