Industrial software and support

Hard-to-source parts? Prepare for on-demand manufacturing.

GhostMatter organizes your digital inventory: your parts’ technical records, qualification status and links to orders. Our industrial support helps you assess candidate parts and prepare for on-demand manufacturing.

Identify parts to assess
Prepare part records and approvals
Organize future manufacturing

GhostMatter digital inventory dashboard showing validated industrial parts ready for on-demand production
From digital twins to manufacturing requests and tracking.

Industrial needs, a shared approach.

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When a part becomes difficult to source.

An unavailable part, scattered information or manufacturing conditions to clarify: identify what needs to be assessed before the next need arises.

A part is hard to find

A part is no longer available or sourcing it complicates maintenance.

Information is scattered

Drawings, files and requirements need to be brought together to assess the part.

Conditions need approval

Application, material, process and acceptance criteria need to be defined before manufacturing.

Physical stock and on-demand manufacturing: prepare the right mix.

Some parts need to stay in stock. For others, reviewing the data, application and manufacturing requirements can help prepare an alternative.

1

Physical industrial stock representing locked capital, obsolescence, and supplier dependency.

Physical stock

  • Parts to keep available
  • Maintenance needs
  • Requirements to assess

3

Cloud manufacturing route connecting local capacity, on-demand manufacturing, and traceability.

On-demand production

  • Defined supplier
  • Approved conditions
  • Tracked orders

The digital twin: the foundation for quality management.

In GhostMatter, the digital twin is essential to quality management in MaaS (Manufacturing as a Service): manufacturing delivered as a service. It connects the part’s technical data, requirements, manufacturing conditions and validation information to provide a reference for successive manufacturing orders.

What the digital twin connects

  1. Part data

    Files, technical requirements and application constraints.


  2. Preparation and part qualification

    Selected manufacturing conditions and approvals agreed with your teams.


  3. Manufacturing follow-up

    Inspection documents and order history associated with the part.

A shared reference to prepare, validate and track manufacturing. Part qualification remains a human decision for a defined application and set of conditions.

The GhostMatter approach: from need to on-demand manufacturing.

Four steps with your teams, from the first discussion to subsequent manufacturing.

Define the need

Identify the parts, their application and the available information to define what needs to be assessed.

Assess and prioritize

Review the requirements and preliminary feasibility. Decide which parts need further investigation, should be ruled out or may be suitable for a pilot.

Pilot and decide on part qualification

Prepare the records and carry out the agreed tests. Part qualification approves the part for a defined application and manufacturing conditions, based on acceptance criteria agreed with the teams involved.

Use and develop the digital inventory

Following approval, organize access and the ordering process around the selected parts. Use their records for manufacturing requests and tracking, then develop the inventory as needs evolve.

Start with your industrial needs.

Spare parts, maintenance, additive manufacturing or distributed capacity: assess the parts and requirements relevant to your situation.

Critical spare parts prepared for on-demand production.

Industrial spare parts

Assess parts that could be manufactured on demand, alongside the stock you need to keep.

Obsolete industrial component turned into a producible asset through cloud manufacturing.

Industrial maintenance

Prepare hard-to-source parts before the next need arises.

Industrial 3D printed spare parts prepared for production qualification

Additive manufacturing industrialization

Define requirements and approvals to move from a pilot to subsequent manufacturing.

Maintenance team using validated routes and producible parts for industrial continuity.

Distributed manufacturing capacity

Organize requests with the suppliers and capacity planned for each part.

An initial conversation about your parts

Start with the parts causing you problems.

Tell us about a few parts and the difficulties you face. We can then clarify the information needed and the next steps to consider.