Application-specific manufacturing platforms

From product requirements to dedicated factories.

Industrio industrialises advanced manufacturing technologies into production systems designed around a specific product family, its economics and its route to scale.
High variabilityDemand-drivenMass Individualisation
Industrio Material Jetting Factory
Industrio principle

We do not distribute general-purpose equipment. We develop the factory the application needs.

Our view on Additive Manufacturing

Additive Manufacturing is not the industry. It is one of the technologies reshaping industry.

Industrio treats Additive Manufacturing as a transversal production technology. We integrate it with automation, material engineering, finishing, inspection and complementary processes to build industrial production systems around products where digital manufacturing creates a real advantage.

User-optimised performance High variability Flexible production Distributed manufacturing
The objective is not to print more. It is to manufacture differently.
Our approach
Technology is a building block.
The factory is the product.

Industrio starts from the product and the industrial case. Process technology, materials, automation, finishing, quality and digital control are then integrated into one application-specific architecture.

01 ProductRequirements, variants, quality and economics.
02 ProcessAdditive, hybrid and conventional technologies.
03 MaterialsPowder, fluid and material-process interaction.
04 AutomationHandling, routing, robotics and control.
05 FinishingCleaning, coating, curing and post-process.
06 QualityIn-line inspection and repeatability.
07 DigitalProduction data, recipes and traceability.
We start from the application - not from a printer looking for applications.
How we build
One industrialisation philosophy.
Three business paths.

Industrio can create a new vertical platform with a technology partner, engineer a proprietary factory for an industrial customer, or develop an application-specific platform for an equipment OEM.

01 / VERTICAL PLATFORMS

Spin-offs built around a market.

Industrio + world-class process technology partner → Repeatable vertical platform

Industrio creates focused spin-off companies where a dedicated architecture can unlock a compelling industrial case. The vertical owns the market proposition; Industrio industrialises the factory around the product and the selected core process.

Strategic modelEach vertical is co-developed with a leading process-technology partner. Industrio adds application engineering, automation and factory architecture.
02 / CUSTOMER-OWNED FACTORIES

The factory as a proprietary asset.

Industrial Company + Industrio → Dedicated architecture

For manufacturers that do not need another machine catalogue, but a new production architecture designed around one product family and its economics.

Generic carousel-based integrated production architecture
Central factory
→
Qualified architecture
→
Factory-in-a-Box
  • Validate process, product quality and economics in one dedicated factory.
  • Replicate the qualified architecture as proprietary local capacity where demand justifies it.
  • Scale production with decentralised manufacturing capacity, same product quality and improved economics due to reshoring and tariffs advantages.
03 / OEM APPLICATION PLATFORMS

Turn a core technology into a vertical production platform.

OEM Technology + Industrio → Application-specific system

Industrio can help an equipment OEM move beyond a general-purpose machine by engineering a complete architecture around a defined application and production workflow.

OEM
Core Technology
Process IP · technology roadmap · installed know-how
INDUSTRIO
Industrialisation
Application engineering · part-driven architecture · automation · process integration
MARKET APPLICATION
Vertical Platform
Application-specific industrial production system with a defined workflow and clearer product-market fit
Co-development·Licensing·Co-branding·White label
Vertical platforms
Different markets.
Different processes.
Same industrialisation philosophy.

Desyo and Perpetuo are Industrio's first focused spin-off verticals: two very different markets, both built around application-specific industrialisation and strategic collaboration with leading process-technology partners.

The Industrio platform
An integrated architecture for application-specific factories.

The reusable asset is not a single printer. It is the know-how to combine part-driven flow, manufacturing processes, automation, material interaction, finishing and digital control around the product.

Part-driven flowCarousel and independent-carrier architectures when they create value.
Additive & hybrid processesPowder, jetting, extrusion, liquid processing and complementary technologies.
AutomationRobotics, routing, handling, assembly and material management.
Integrated finishingCleaning, curing, coating, trimming and post-processing designed into the factory.
Material–process co-designPowder, fluids, process windows and application-specific recipes.
Quality & digital controlInspection, traceability, production data and remote process control.
Continuo in motion

A manufacturing architecture built around flow.

The animation shows the carrier-based principle behind Continuo: modular processes integrated around a continuous production architecture rather than a stand-alone printer.

Carrier-based · Modular · Application-specific
Continuo Manufacturing Principle
Connected process loops. One continuous factory.

Continuo separates the long-dwell core manufacturing process from the additional operations a product may require. Carriers circulate through the additive manufacturing loop and, according to the product recipe, can transfer into another loop for hybrid processing, finishing, post-processing, inspection or other operations - without stopping the main production flow.

Carrier-based continuous manufacturingConnected loops · variable speed · no overtaking
Continuo manufacturing architecture with two connected process loops and a shared routing section The lower loop represents the long-dwell additive manufacturing process. The upper loop represents optional hybrid, finishing, post-processing, inspection and other operations. Both loops share one straight routing section. Carriers always travel in one direction. Their speed can vary, but because each track is a single rail they preserve order and cannot overtake. At the routing junction a carrier can remain in the additive loop or enter the auxiliary loop according to the product recipe, without stopping the factory. AUXILIARY PROCESS LOOP · WHEN REQUIRED CORE ADDITIVE MANUFACTURING LOOP · LONG-DWELL PROCESS SHARED ROUTING SECTION ADDITIONAL OPERATIONS HYBRID · FINISHING · POST-PROCESSING inspection · coating · assembly · other application-specific processes PRIMARY PROCESS ADDITIVE MANUFACTURING repeated passes / longer processing time ROUTE BY RECIPE stay in core loop or enter auxiliary loop COMMON RETURN both paths feed the same routing section Carrier in Core AM loop Carrier in Auxiliary loop VARIABLE SPEED · SINGLE RAIL · ORDER PRESERVED · COLLISION-SAFE JUNCTIONS
01
Continuous core processThe additive manufacturing loop keeps running while carriers circulate through the long-dwell production stage.
02
Process-specific routingWhen required by the product recipe, a carrier leaves the core loop and enters another process loop without stopping the factory.
03
Integrated hybrid manufacturingAdditive, finishing, post-processing, inspection and other technologies can operate as one connected production architecture.
04
Scalable modularityAdditional process loops and modules can be integrated around the core process as the application and production requirements evolve.
Traditional batch logic
Build batch → Stop / unload → Move batch → Separate post-processing

Production stages are commonly decoupled, and downstream operations wait for an entire build or batch to become available.

vs
Continuo logic
Core AM loop ↔ Route by recipe ↔ Additional process loop(s)

Individual carriers can move between connected operations while the core manufacturing system continues to run.

The factory keeps moving. Each carrier follows the process route its product requires.
General-purpose vs application-specific
We take the opposite route.
Technology first
→
Application first
One machine, many possible uses
→
Architecture optimised for one product family
Stand-alone printing
→
Integrated manufacturing
Batch-oriented workflow
→
Part-driven / continuous flow where appropriate
Generic process window
→
Material–process–application co-design
Separate post-processing
→
Finishing designed into the factory
Customer adapts to equipment
→
The factory adapts to the product
From centralised to distributed

From one factory to many.

Validate a process centrally. Replicate the qualified production architecture wherever demand justifies local capacity — as proprietary Factory-in-a-Box systems.

Dedicated central factoryProcess and economics validated
→
Qualified production architectureProcess intelligence ready to replicate
▣
Factory-in-a-BoxEurope
▣
Factory-in-a-BoxAmericas
▣
Factory-in-a-BoxOther local hubs
Lower inventory · Local responsiveness · Demand-driven production
Who should talk to Industrio?

Could your product justify its own factory?

Tell us what you manufacture, what volumes and variants matter, and where today's production model stops working. We will start from the application and work backwards to the factory.

Brands & ManufacturersA product family that deserves a dedicated production architecture.
Technology CompaniesA core process that could unlock a new vertical market.
Equipment OEMsA general-purpose technology ready for an application-specific platform.