Use cases · ROI calculator
How much does your current scheduling cost you?
Our advisors estimate what a dynamic scheduling project would gain your shop floor, from your own data.
- Assumptions drawn from real deployments
- No commitment
Under construction
This tool is under construction.
Contact our advisors for their analysis: together you estimate the rescheduling hours saved, the TAT reduction and the WIP released, on your own figures.
Contact an advisorThey run their operations with ROBIN
MRO · Aerospace · Manufacturing
What makes these figures credible
Assumptions drawn from real shop floors, not from a theoretical model
7 %
less TAT
Reduction observed on projects managed with ROBIN, without speeding up a single operation.
30 min
recovered per day and per operator
Idle time eliminated, back-and-forth and organisational errors avoided.
17 h
recovered on a 10-day project
The gain comes from the reaction delay removed, not from a higher pace.
- Demonstration on your data within a few days
- No limit on users, no per-seat licence
- ERP, MES and CMMS connectors with no re-entry
- Configurable by the business, not by IT
“Before, almost all rescheduled tasks were rescheduled by hand, and a disruption took several hours to be detected and passed on.”
MRO player — landing gear equipment
The gain comes from a specific problem
See what each gain item corresponds to
Each line of the calculation points to a documented use case: what ROBIN concretely changes, and how the gain is measured.
Reduce TAT
Deliver faster by removing the delay between the disruption and the decision.
See the use case
Customer service level
Meet contractual commitments and reduce late-delivery penalties.
See the use case
WIP visibility
Break out of the black box: know where every order stands, live.
See the use caseManage disruptions
Real-time rescheduling: breakdowns, absences, rework, shortages.
See the use case
Move beyond Excel scheduling
Eliminate hours of manual updating and arbitration meetings.
See the use case
Optimise resources
Level the load and reuse the capacity freed up by the calculation.
See the use case
Method
How the calculation is built
Operator productivity
operators × minutes recovered / 60 × working days × hourly cost
Delays avoided
projects × delay rate × assumed reduction × average penalty
Rescheduling time
hours / week × 46 weeks × hourly cost × 70 % automated
Capacity freed up
chantiers × TAT × réduction retenue = jours de capacité rendus
Your systems stay in place
ROBIN plugs into your existing ERP, MES and CMMS. No re-entry, no system replacement.
Your data remains yours
- Hosting in the European Union, GDPR compliance
- API-first: your data remains exportable at any time
- Full operation traceability, a requirement of aerospace MRO
- Contractual reversibility at the end of the contract
From diagnosis to first gain
- 01Operational diagnosis
Mapping of flows, bottlenecks and performance losses.
- 02Demonstration on your data
A few days, with no installation or system access.
- 03Quantified business case
This estimate tested against your project history.
Take action
Have your gain estimated on your real data.
A scheduling engineer goes through your parameters with you and tests them against your project history.