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For maintenance managers in complex industrial plants

Every open incident, its last word, and what was already tried.

The same threads your technicians run on the phone, in one list for the whole plant: who spoke last, what was ruled out, the photo, the voice note, and Norlan answering with the manual page and the earlier fix. Nothing to chase in a group chat, nothing to fill in.

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False rejects after a format change

Metal detector MD-3000 · unit 1 · Berlin · Line 1 · 29 Jul

Open

M. Solans · Maintenance · 06:48

Reject line after the format changeBelt edgeRelay K4 on the panelRejecting good packs again since first thing. Third time this month, always after a format change.

T. Walker · Maintenance · 07:02

@R. Ortega you had this one in Munich in March. Was it the belt or the program?

T. Walker · Maintenance · 08:26

0:22
Transcript · @Norlan I am standing in front of the MD-3000. Static weighing is spot on, but it drifts as soon as the line runs. What has been done here before?

Norlan · 08:27

On this model the belt slackens after a format change and the fault comes back within the hour if the K4 relay is not reseated. Munich hit the same thing in March; recalibrating without re-tensioning did not hold.

Manual · p. 42Munich · March

The control room

Ahead of the machines, or behind them.

The two numbers a month is judged by: how many failures it brought, and how much of the work was planned preventive maintenance rather than a reaction to unplanned downtime. Per line and per site, read from the work orders your CMMS already holds, so nobody has to build the report.

  • Corrective incidents per month, and which month stood out
  • Planned against unplanned work, by line and by site
  • Filter by location and period; what is open is always today's

How Norlan reads your CMMS

Control room

All locations · last 12 months

Incidents in the period

Corrective work orders, per month

34

corrective — 5 in the last month, the most of the year

AugJul

Corrective vs preventive

How much of the work was planned

38 %

planned — 21 preventive against 34 corrective

By line

  • Line 2 · Berlin31
  • Line 1 · Berlin14
  • Line 3 · Munich7
  • Line 1 · Lyon3

Both from the work orders the CMMS already holds. Open incidents do not depend on the period: they are open today.

What repeats

The same failure, grouped across every machine it touches.

Interventions grouped by what they describe, not by which machine they came from. A row that appears on six models is a plant problem, not a machine problem, and it is the one worth a guide.

  • Grouped from the text of the intervention, with nothing to tag
  • How many units and how many models each family touches
  • What is still open inside each family, in red

One fix, every identical machine

What repeats

Interventions grouped by what they describe

6 models share “Format change and adjustment”. Every row below appears on more than one model: none of them belongs to a single machine.

Failure familyTimesUnitsModelsLast

Format change and adjustment

15·18629 Jul

Belts and conveyors

146627 Jul

Weight and calibration

9·19328 Jul

Print head

93313 Jul

Cutting and blades

7·27329 Jul

Vacuum, sealing and film

3·13228 Jul

Sensors and vision

33328 Jul

In “Times”, the red figure is what is still open. The CMMS lists each of these as separate work orders.

Health by model

Which model concentrates the work, and whether it is one unit or all of them.

Every model with its units, its corrective-to-preventive ratio and what is still open. One click down: the recurring problems a technician validated, what usually fails, and how much Norlan knows about that model and since when.

  • Recurring problems per model, validated by a named technician
  • A memory timeline: what Norlan learned about the model and when
  • When a failure repeats across units, the conversation is with the manufacturer

The same record, seen from the OEM side

Checkweigher CW-500

Incidents per unit · last 12 months

ASONDJFMAMJJS1-PK-L1-0051BerlinS1-PK-L1-0052BerlinS1-PK-L2-0018BerlinS1-PK-L3-0033BerlinS2-PK-L4-0092MunichS2-PK-L4-0093MunichS2-PK-L7-0104MunichS2-PK-L7-0105Munich

It is this unit, not the model.

The drift keeps coming back on one checkweigher in Munich. Look at how it is installed on that line.

Checkweigher CW-500

Installed base · Berlin and Munich

Validated

Recurring problems

The dominant problem across the units is load-cell drift: five cases on three units in six months, almost always after pressure washing or a format change. Cleaning the load-cell housing before recalibrating is what holds.

  • Load-cell driftS2-PK-L4-0092 · MunichOpen
  • Load-cell driftS1-PK-L1-0052 · Berlin22 Jul

Built from 2 documents and 5 threads · what 3 technicians know

What Norlan knows about this model

InventoryDocumentedHistoryPatternSuggests the fix
Imported

The units arrive from the CMMS, grouped by model.

Knowledge risk

Which equipment depends on one person.

Who closes what, by model. The models with a single expert are marked before the sick leave, not after. Closure quality shows where root cause and fix are being written down, which is what the next technician will find.

  • Models with one expert, flagged on the row
  • Closures with cause and fix written, per model and per team
  • A plant-level view of risk, not a league table of people

How a fix becomes a guide

Who closes what

By model · last 12 months

8

people who close

15

models with history

3

models with one expert

ModelWalkerBermúdezCostaWeberRuizNowak

Labeller LB-200

1 unit · 33 closures

67677

Slicer SL-7

11 units · 9 closures

23121

Checkweigher CW-500

8 units · 7 closures

22111

Metal detector MD-3000 1 person

7 units · 6 closures

6

Rotary filler RF-880

2 units · 2 closures

11

Vision camera VC-12 1 person

1 unit · 1 closures

1

Tray packer PK-40

3 units · 2 closures

11

Case labeller LB-40 1 person

1 unit · 1 closures

1

Guides you approve

A procedure with a version, an author and a scope.

Which equipment it applies to, the spare parts it needs and their stock, who can see it, who has opened it, and what changed between versions. Drafted from the thread, approved by you.

  • Scope by model and by unit, so an exception stays where it is true
  • Material and spares with what is in the workshop
  • Every version with who changed what, and why

Guides, step by step at the machine

Head shaft seal replacement

Guide · v3 · T. Walker, 2 days ago

Published

Applies to

Rotary filler RF-880

2 units · Berlin Line 2, Munich Line 1

Material and spares

  • Seal 32×47×8 NBR · 4 in stock1
  • Copper washer M8 · 60 in stock2

Who can see it

Maintenance only · 5 people

Last opened by L. Costa, 2 h ago

Versions

  1. v32 days ago · T. Walker

    Warning about the centering pins when removing the housing

  2. v23 weeks ago · N. Bermúdez

    Torque corrected to 12 N·m ± 1

  3. v112 Jun · T. Walker

    First version, drafted from thread #1234

Where answers come from

Answers that come, more and more, from your own people.

The share of answers grounded in your team's own interventions grows as the record does; the manual is the floor. And the questions asked outside office hours are the calls that did not happen.

  • Answers cited to an intervention, to the manual, or asked outside
  • Questions by day and hour, with who asked and who closed
  • A record that gets better with every closure, without a documentation project

How the assistant answers

Where the answers come from

453 questions · last 12 months

66 % of answers cite the plant’s own interventions — from 18 % in the first month.

AugSepOctNovDecJanFebMarAprMayJunJul
  • The plant’s own interventions
  • The manufacturer’s documentation
  • Had to ask outside

When questions are asked

39 % outside office hours — the calls that did not happen

M
T
W
T
F
S
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0006121824

Line workflows

The line as it runs, for the assistant and for the new hire.

Draw how each line is connected once. The assistant looks at the machines around the one that failed, and a technician who joins next month learns the line from the same map.

How line workflows work

What maintenance managers ask

Is this a way of monitoring my technicians?

No, and the panel is built not to be. There is no league table of people. What it shows is where the plant's knowledge is thin: which models depend on one person and which closures were written without a cause. That is a risk you manage, not a score you give.

What does the CMMS keep and what does Norlan keep?

The CMMS keeps the work order, the hours, the planning and the compliance history, and it should. Norlan keeps the thread where the fault was worked out, what closed it, and where else it applies. The panel reads both: the corrective-to-preventive ratio comes from your work orders, the families that repeat come from the threads.

What do I see on day one, before anyone has written anything?

Your installed base by location and model, imported from your ERP or CMMS, your documents attached to the models they belong to, and the last year of work orders grouped by what repeats. The memory of each model starts growing with the first incident.

Do we need clean data in the CMMS first?

No. Locations and assets come in as your CMMS has them, keyed by asset code, and Norlan proposes which model each machine belongs to. What was filled in badly is visible as such, which is usually the first thing a manager wants to see.

Can production see the panel too?

Groups get access to what you decide: a line manager can follow the open incidents on their line and take part in the threads, without seeing the rest of the plant. Permissions are per group, per location and per thread.

Book a demo

Bring last month's corrective list. We will show what it looks like grouped by what repeats.

We start with your operation — which failures repeat, which equipment depends on one person, what the CMMS does not hold — and then show exactly how the panel would read it.

What we usually cover

  • How an incident flows today, from detection to fix
  • Where the conversation actually happens: the systems, or calls and WhatsApp
  • What takes longer — the diagnosis, or getting the right people and information together
  • How much of what a technician knows is written down, and what happens when they are away
  • Which tools are really in play: CMMS, ERP, mobile, paper
  • What a pilot would measure, and how

Pick a time that suits the plant. Bring one failure that keeps coming back.

The call is with the people who build the product, with no qualification call first. Norlan is pre-general-availability and shaped with maintenance teams in pharma and food processing.