What is Remanufacturing-as-a-Service?

Revalint gives MRO organisations access to an integrated operating system combining advanced physical repair, RevStack workflow intelligence and connected certification evidence. It is delivered commercially as a managed Remanufacturing-as-a-Service outcome.

What components can Revalint assess?

Revalint focuses on scarce, obsolete and high-value metallic components and assemblies for high-integrity sectors, beginning with aerospace MRO and high-value tooling.

How does RevStack support the service?

RevStack connects component intake, diagnosis, process routing, shopfloor execution and certification evidence. It is designed to improve part availability, reduce turnaround time and capture specialist knowledge so capability can develop in weeks and months rather than years.

How can an MRO company start working with Revalint?

The usual starting point is one component or assembly that is unavailable, obsolete, uneconomic to replace or creating an unacceptable sourcing lead time.

The remanufacturing operating system for the MRO-Sector

Components in.
Certified assets out.

Available and back in service, faster.

Revalint is the remanufacturing operating system for MRO-Sector: advanced physical repair and RevStack intelligence working together to improve availability, turnaround and skilled capacity.

Engineer inspecting an aircraft component in an MRO environment

REVALINT / MRO OS 01 DIAGNOSE → REPAIR → CERTIFY → REPEAT

One unavailable part.
A connected route back to service.

Bring us a component

01Part availabilityRecover components and assemblies conventional supply cannot provide in time

02Turnaround timeConnect diagnosis, repair routing and evidence to remove avoidable waiting

03Skills capacityTurn specialist repair knowledge into repeatable, guided workflows

About Revalint

BUILT FOR THE MRO AVAILABILITY GAP

One system for availability, turnaround and repeatable repair.

Revalint turns hard-to-source components into available, documented assets, while making each successful repair faster to repeat.

Revalint combines the physical layer, Cold Spray & Advanced Manufacturing Processes, inspection and testing with RevStack, the software layer that connects condition data, routing, execution and certification evidence.

Customers access the complete system through Remanufacturing-as-a-Service: no new line to build, no disconnected software project and no fragmented chain of specialist suppliers to coordinate.

Physical capability.

Multiple advanced processes widen the range of components that can be recovered.

Digital operating layer.

RevStack coordinates decisions, captures evidence and makes successful routes reusable.

Delivered as a service.

MRO partners buy improved availability and turnaround without building the stack themselves.

The operating system

PHYSICAL REPAIR + SOFTWARE STACK

Physical repair and RevStack. One operating system.

The physical line creates the repair data. RevStack turns that data into faster decisions, repeatable routes and certification-ready evidence.

01 / PHYSICAL LAYER

Advanced repair and inspection.

Cold Spray, LMD and DED-Arc matched to component geometry, material, condition and return-to-service requirements.

DIAGNOSE · REMANUFACTURE · INSPECT · TEST

02 / DIGITAL LAYER

RevStack operating intelligence.

Component intake, route selection, shopfloor workflow, Digital Product Passport and connected conformance evidence.

ROUTE · GUIDE · CAPTURE · REUSE

01
DEFINE
Bring us the constraint.
A component or assembly that is unavailable, obsolete, uneconomic to replace or creating an unacceptable sourcing lead time.
02
ASSESS
We build the route.
We assess condition, material, geometry and evidence needs, then define a viable remanufacturing and inspection pathway.
03
REMANUFACTURE
We restore the value.
The appropriate advanced capability is applied, supported by controlled process parameters and specialist engineering.
04
RETURN
You receive the asset.
The component or assembly is inspected, documented and returned with a connected evidence record.

Part availabilityRecover value where replacement supply is constrained

Faster turnaroundReduce manual decisions, supplier hand-offs and evidence rebuild

Skills at scaleCapture specialist knowledge in repeatable workflows

Commercial model: Remanufacturing-as-a-Service. The operating system is delivered as one managed outcome, without upfront line investment from the MRO customer.

Competitive distinction

DESIGNED TO COMPRESS MRO LEAD TIME

Reduce MRO turnaround from months to weeks.

Conventional repair and replacement routes lose time between suppliers, manual engineering decisions and repeated evidence gathering. Revalint connects those activities around one component record.

CONVENTIONAL ROUTEMonthsSequential hand-offs

Source

Engineer

Qualify

Evidence

REVALINT OPERATING SYSTEMWeeksConnected workflow

Diagnose

Repair

Certify

UP TO 80%potential turnaround reduction

01Multi-process routing

Select the right physical route without forcing every component through one technology.

02Connected evidence

Capture inspection, process and conformance data as the work happens.

03Reusable pathways

Successful routes become operating knowledge for the next component family.

Illustrative comparison based on Revalint programme targets and supplied commercial materials. Actual turnaround depends on component condition, approval route and customer requirements.

THE PHYSICAL LAYER · IN OPERATION

Physical repair creates the data. RevStack makes it repeatable.

Revalint operates the line, captures real component and process outcomes, and turns that knowledge into faster, more consistent MRO capability.

Capabilities

ADVANCED REMANUFACTURING

The right capability for the component.

We select the route around the material, geometry, damage and required outcome, rather than forcing every problem through one machine.

Advanced metal deposition process used for component remanufacturing

ADVANCED PROCESS CELL01—03

CS / 01

Cold Spray

Solid-state material deposition for dimensional restoration, worn surfaces and heat-sensitive substrates.

Low thermal input
Metallic restoration
Precision finish

Advanced ReManufacturing Process / 02

Advanced ReManufacturing Process & Methods

Advanced remanufacturing capability for larger structures and significant material restoration and capability for localised restoration of complex, high-value features.

See the model

REVALINT IN MOTION

See the complete route back to supply.

Physical remanufacturing, connected evidence and a repeatable MRO workflow, operating as one system.

REMANUFACTURE · TRACE · RETURN

RevStack

THE DIGITAL OPERATING LAYER

More available parts. Faster turnaround. Repeatable skills.

RevStack connects the decisions and evidence around every component so physical capability can become faster, more available and less dependent on scarce individual expertise.

01 / PART AVAILABILITY

Turn uncertain, unavailable parts into a repairable supply route.

Condition, geometry, material and evidence requirements stay connected to the component from intake onward.

02 / TURNAROUND TIME

Reduce waiting between diagnosis, repair, inspection and sign-off.

Routing and evidence capture happen through one workflow instead of being rebuilt across disconnected suppliers and files.

03 / SKILLS CAPACITY

Train the system in weeks and months, not years.

Live inspection, process and outcome data captures specialist know-how and turns successful routes into guided, repeatable work.

Software alone cannot create this data. Revalint runs the physical line, RevStack learns from it, and MRO customers receive the available asset.

Where we work

HIGH-INTEGRITY INDUSTRY

MRO first. High-integrity sectors next.

Primary market

Aerospace MRO

Reducing grounded time and restoring availability for structures, assemblies, high-value components and tooling.

MRO adjacency

Defence sustainment

Sovereign repair capacity for ageing fleets, obsolete components, constrained supply chains and long-life platforms.

Industrial MRO

Energy & rotating equipment

High-value casings, rotors and assemblies where replacement lead time creates operational risk.

Engineer using a digital tablet on an industrial shopfloor

BUILT IN SCOTLAND

From national research to an industrial service.

Revalint is building on advanced remanufacturing technology and know-how developed through the National Manufacturing Institute Scotland and the University of Strathclyde.

The aim is simple: turn proven capability into a dependable commercial service that MRO customers can access when conventional sourcing cannot respond.

GlasgowEngineering base

NMISTechnology ecosystem

RaaSService-led model

Team

THE PEOPLE BUILDING REVALINT

Manufacturing depth. Digital capability. Commercial focus.

The team combines experience in remanufacture, advanced process technology, digital manufacturing and industry delivery.

01Founder / CEO

Dr Andreas Reimer

Strategy, commercialisation and industry partnerships, with a background in applied manufacturing programmes at NMIS.

02Founder / CTO

Stephen Fitzpatrick

Manufacturing and applied-research leadership across remanufacture, repair, process qualification and circular systems.

03Head of Remanufacturing

Dr Calum Hicks

Directed Energy Deposition, High-Pressure Cold Spray and reconditioning of high-integrity components.

04Head of Digital Technologies

Awais Munawar

Digital manufacturing, IT/OT integration, RevStack architecture and Digital Product Passport development.

Appointment in progress

Non-Executive Chair

An independent chair will support governance, scale-up and engagement across Revalint’s target sectors.

News

LATEST FROM REVALINT

Building the route to faster MRO supply.

Company, capability and programme updates from the team in Glasgow.

Company · July 2026

Revalint enters its next phase of commercialisation.

Revalint Ltd has been established in Scotland to turn advanced remanufacturing capability into a focused service for MRO customers.

Company update

Technology · June 2026

RevStack moves into integrated platform development.

The operating intelligence behind the service is bringing component intake, route planning and lifecycle evidence closer together.

Technology update

Capability · 2026

From validated repair work to a repeatable service.

The team is translating advanced process experience into remanufacturing routes that can be repeated across component families.

Programme update

Questions

FREQUENTLY ASKED

What MRO partners ask first.

What does Remanufacturing-as-a-Service include?

Revalint manages the engineering assessment, process route, remanufacturing, inspection and connected evidence needed to return the component or assembly. The exact scope is agreed for each component family.

What should we bring to the first conversation?

Start with one component or assembly that is unavailable, obsolete, too slow to source or uneconomic to replace. Existing drawings, material information, failure evidence and inspection data are useful, but not required for an initial discussion.

Is Revalint a software company or a repair company?

Neither description is complete on its own. Revalint operates the physical remanufacturing capability and the RevStack software layer as one MRO operating system. Customers access the combined outcome through Remanufacturing-as-a-Service.

How do we begin?

We begin with a focused feasibility assessment. If the route is viable, the next step is a controlled pilot on agreed test articles before scaling to a repeatable service framework.

YOUR HARDEST-TO-SOURCE PART

Let’s build a route
back to supply.

Tell us which component or assembly is unavailable, obsolete, uneconomic or taking too long to source.

Discuss a component

Components in.Certified assets out.