Services

Consulting on Product Configuration, CAD Automation, and Integration

Resources

Know-how, Events, and Insights on digital industrial Processes

About Lino

Vision, Leading Innovation, and our Commitment to the Customer

Manufacturing that doesn’t
wait on faulty bills of materials

Up to 30% of all errors result from redundant, manual data entry between CAD, PDM, and ERP. End-to-end automation cuts lead times by 25–50% and design errors by more than 30%.

In Focus

Consistency

Consistent master data – automatic synchronization between the design BOM and the manufacturing BOM delivers up to 99.9% data consistency, preventing incorrectly ordered parts.

Validation before handover

Error-free data handover – up to 30% fewer errors, since data such as bills of materials no longer needs to be captured redundantly and manually across systems.

Planning confidence

Fewer assembly errors – spatial collisions surface early, during the planning phase, in the 3D model or 3D layout planning – long before they cause costs on the shop floor.

Speed

Faster production release: bills of materials and drawings are generated automatically from the approved 3D model, instead of only becoming available weeks after the order is placed.

The two-week gap in order fulfillment

Up to 30% of all errors result from redundant, manual data entry between CAD, PDM, and ERP — with the consequence that bills of materials and drawings are often not production-ready until two weeks or more after the order is received. Lino closes this gap with automated design and integration — end-to-end, rule-based, and without duplicate data entry:

When manufacturing is left waiting on data

Many manufacturing companies maintain product data separately across CAD, PDM, ERP, and CRM. As a result, manufacturing receives inconsistent or incomplete information — and has to ask follow-up questions instead of producing.

In practice, it takes two weeks or more before a customer order is production-ready as a complete set of CAD model, drawing, and bill of materials. A significant share of all errors doesn’t originate on the shop floor itself, but upstream — through redundant, manual data entry between systems.

Automated handover instead of waiting

What shortens the wait is an end-to-end automation chain from configuration through to production release — rather than re-entering data by hand at every interface.

Three core benefits:

  • Bills of materials and drawings generated automatically, not manually — created directly from the configuration instead of being reworked individually.
  • Bidirectional integration between CAD, PDM, and ERP — no information is entered twice or transferred manually.
  • Collision checking before assembly — spatial conflicts become visible in the 3D model long before they cause costs in manufacturing.

What manufacturing teams deal with daily

Noticeably reduce the error rate

Up to 30% of all errors result from redundant, manual data entry between systems.

Speed up production release

Bills of materials and drawings are today often not production-ready until two weeks after the order is received.

Keep master data consistent

Design and ERP synchronize master data and bills of materials automatically instead of manually.

Catch assembly errors early

Spatial collisions show up in the 3D model long before they generate costs in assembly.

Deliver error-free drawings

Automatically placed views and dimensions reduce the risk of errors in manufacturing.

Protect design know-how

Simplified models for external manufacturing partners show only the necessary geometry.

Software for Manufacturing

Our software and solutions address the challenges that arise when industrial processes reach their limits: product variety, manual handoffs, and a lack of integration between sales, engineering, manufacturing and IT.

Lino® Hub

Central data highway for seamless processes
Seamlessly connects sales, engineering, and manufacturing for end-to-end digital processes.
Seamlessly integrates CPQ, CAD, ERP, and PDM for error-free, automated data flows without media breaks.
lino-hub-grafik_v11_1376x1399_en

Lino® Automate

Process automation without programming
Transforms routine CAD tasks into fully automated workflows using intelligent action lists and seamlessly integrates them with PDM, PLM, or ERP systems—for maximum time savings.
Facebook Lino GmbH – Facebook-Titelbild oder Profilegrafik der Lino GmbH für Social Media.

Lino® Simplify

Intelligently streamline and protect 3D models
Reduces 3D complexity for maximum performance and secure protection of intellectual property.
Vereinfachte Pumpe – CAD-Modell einer vereinfachten Pumpe als Beispiel für Lino Simplify.

Lino® 2D fix

Smart layout optimization for drawings
Drawing automation without manual adjustments for production-ready layouts.
Automatically optimizes drawing layouts, avoids dimension conflicts, and dynamically adjusts scales.
2D-Zeichnung Version 2 – Technische 2D-Zeichnung als Beispiel für automatische Zeichnungserstellung.

Lino® 3D layout

3D layout planning as easy as building blocks
Uses drag-and-drop and snap technology for collision-free layouts. Ensures seamless data flow from sales to installation without any data loss.
Anlagenlayout – 3D-Darstellung eines Anlagenlayouts als Beispiel für die 3D-Layoutplanung.

Lino® AI Agent

AI-powered configuration via conversation
Intuitively captures requirements through voice input, prevents configuration errors, and connects requests directly to CAD automation and ERP systems for a seamless digital workflow.
Prozess KI-Engineering Header – Headerbild für den KI-Engineering-Prozess auf der Lino-Website.
We benefit from significantly shorter design processes that end with automatically generated CAM data ready to go. And because knowledge silos, media discontinuities, and other error sources are now a thing of the past, we have excellent data quality on our products.
Florian Zitt · Process Engineer at Tyrolit AG

Frequently Asked Questions

Knowledge base on production approval, data quality, and assembly errors.

Solutions for manufacturing and production managers who want to reduce sources of error between design and manufacturing. Learn how quickly production-ready documentation can be made available, whether existing ERP and PDM systems need to be replaced, and how assembly errors can be identified even before manufacturing begins.

How does automation affect rework and complaint rates?

User companies report at least 30% fewer errors in order processing. A proof-of-concept delivers solid figures for your specific case.

What happens with a faulty or incomplete configuration — is production automatically stopped?

Bills of materials are validated against configurable check rules before ERP handover, before they can trigger a production order.

How are our shop floor staff prepared for automatically generated documentation?

The generated drawings and bills of materials follow the same formats as before — what primarily changes is speed and consistency.

How is it ensured that design changes reach ongoing production in time?

Bills of materials and drawings are automatically derived from the current 3D model — with no time lag from manual transfer.

Request a live demo:
Automation and
integration in practice

See for yourself, using your specific use case, how complex processes are simplified, systems are integrated and automation delivers measurable results.

  • Practical demo with realistic use cases
  • The next step for your digital transformation project
  • Measurable benefits and ROI in record time
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Automatisierte Montagelinie im Sonderanlagenbau mit einem Industrieroboterarm und einem CAD-Monitor. Im Vordergrund montiert ein Roboter Bauteile, rechts sind Teilelager mit sortierten Werkstücken zu sehen.