Flux Equipment Pro
Customer Cases
Metal Fabrication, ManufacturingCasablanca, Morocco8/19/2026

Test MDX Customer Case: Industrial Compressed Air System Upgrade

Fictional demonstration project used to validate the Customer Case MDX publishing system, including technical requirements, supplier comparison, factory verification, process flow, inspection findings, FAQs, and shared blog components.

Test MDX Customer Case: Industrial Compressed Air System Upgrade
Written by Reda Lamtoueh , Industrial Sourcing Specialist
Published August 19, 2026Last reviewed/updated August 19, 2026
Application
Compressed air supply for laser cutting, pneumatic tools, assembly stations, and general workshop operations.
Project objective
Replace an inefficient and unstable compressed-air installation with a more reliable system capable of maintaining stable pressure while reducing energy consumption and improving compressed-air quality.
Technical requirements
90 kW VSD screw air compressor, 8 bar working pressure, approximately 15 m³/min free air delivery, 400 V / 50 Hz / 3 phase, refrigerated air dryer, coalescing filtration, air receiver, stable pressure across multiple production stations, and suitable controls for variable workshop demand.
Project execution
  • Manufacturer background review, production capability assessment, technical-document verification, component-brand review, factory inspection, quality-control review, and validation of the proposed compressor configuration.
  • 8 manufacturers initially screened, 4 technically qualified, and 3 suppliers included in the final technical and commercial comparison.
  • The initial configuration required clarification of dryer capacity and pressure-drop performance. Documentation for several electrical components also needed to be aligned with the final approved specification before shipment.
  • The supplier revised the air-treatment configuration, confirmed the final electrical component list, updated the technical documentation, and completed a repeat verification before approval.

Project overview

A fictional metal fabrication company needed a more stable compressed air system for laser cutting, pneumatic tools and general workshop use. The existing installation suffered from pressure drops, high unloaded running time and poor air treatment.

The test project is structured like a real industrial sourcing case so we can validate how technical content, evidence, images and commercial outcomes render inside the new Customer Case architecture.

Demo content only

The company, operating data, savings and project results on this page are fictional. They must not be presented as a real Flux Equipment Pro customer reference.

Industrial production hall used as a demonstration image for the MDX customer case system
Demonstration image for the repository-based Customer Case MDX workflow.

Customer requirements

The hypothetical project started with a technical requirement sheet rather than a supplier model number. This keeps supplier proposals comparable and makes the final selection easier to audit.

Technical requirements
  • Required working pressure: 8 bar
  • Required free air delivery: approximately 12 m³/min
  • Electrical supply: 400 V, 50 Hz, 3 phase
  • Variable production demand across two shifts
  • Integrated refrigerated air dryer and filtration
  • Receiver capacity suitable for short peak demand
  • Remote monitoring and maintenance alarm functions
  • Export documentation and English operating manuals

Supplier evaluation

Three fictional supplier configurations were normalized against the same scope of supply.

Fictional comparison created to test the shared comparison-table component inside a Customer Case.
Evaluation pointSupplier ASupplier BSupplier C
Compressor typeVSD screwFixed-speed screwVSD screw
Rated pressure8 bar8 bar8 bar
Air treatmentIncludedOptionalIncluded
ReceiverIncludedIncludedExcluded
Factory testFull functional testBasic run testFull functional test
DocumentationCompletePartialComplete
Technical fitHighMediumHigh
Selection principle

The lowest quoted price is not automatically the best industrial offer. Scope completeness, technical compliance, testing capability, documentation and support should be normalized before commercial comparison.

Verification process

  1. 1
    Technical pre-qualification

    Checked application fit, performance range, components, scope and documentation capability.

  2. 2
    Factory verification

    Reviewed production areas, assembly process, quality records and testing resources.

  3. 3
    Offer normalization

    Aligned accessories, air treatment, receiver, testing, spare parts and export packing.

  4. 4
    FAT and inspection

    Verified machine identity, controls, alarms, operating pressure, documentation and packing readiness.

Factory verification checklist

Evidence reviewed
  • Business identity and factory location
  • Compressor assembly line and test station
  • Critical component brands and traceability
  • Electrical panel workmanship
  • Quality inspection records
  • Calibration status of relevant test instruments
  • Comparable machines under assembly
  • Export packing and spare-parts preparation process

Factory acceptance test

The fictional FAT focused on confirming that the finished system matched the approved configuration and could operate correctly at the agreed pressure before shipment.

Fictional FAT results used only for visual and rendering validation.
Test itemAcceptance criterionDemo result
Machine identityMatches approved model and serial recordsPass
Operating pressureStable at 8 barPass
Control modesLocal and automatic control functionalPass
Alarm functionsConfigured alarms activate correctlyPass
Air dryerStable operation without alarmPass
DocumentationManuals, diagrams and packing list completePass
Test data disclaimer

All numerical values and FAT results in this MDX file are demonstration data. They are not evidence from an actual customer project.

Project outcome

For testing purposes, the fictional project uses measurable results so the Customer Case layout can show technical and commercial outcomes clearly.

Demo results
  • Stable workshop pressure at the required operating point
  • Reduced unloaded compressor operating time
  • Improved air quality through integrated drying and filtration
  • Standardized documentation for maintenance and spare parts
  • One coordinated sourcing, verification, FAT and shipment workflow

Why this MDX case exists

This file validates that Customer Cases can use the same repository-based authoring system as long-form Blog articles without turning the public case page into a separate publishing stack.

It specifically tests:

  • repository MDX discovery
  • server-rendered structured content
  • shared industrial article components
  • heading hierarchy and automatic article styling
  • internal reusable callouts and tables
  • FAQ rendering
  • lead-form rendering
  • future semantic translation of MDX customer cases

Frequently asked questions

What does this test customer case validate?
It validates that customer case bodies can live as repository MDX while metadata, publishing, SEO, translations and featured controls remain managed by the shared content system.
Can customer cases use the same visual components as blog articles?
Yes. This test uses the approved shared MDX components for summaries, images, comparison tables, checklists, process flows, callouts, FAQs and lead forms.
Is this a real customer project?
No. This is intentionally fictional demo content created only to test the MDX customer case publishing and rendering system.

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Project outcome
Stable 8 bar operating pressure across the workshop Improved compressed-air quality for production equipment Lower unloaded running time through VSD control Complete documentation approved before shipment Final system accepted after technical verification