Retrofit & Modernisation
A retrofit can improve equipment reliability, process performance, capacity, usability, safety and energy efficiency without requiring the complete replacement of the existing system. It can also address component obsolescence and adapt the equipment to changing production or quality requirements.
Reduce ageing-system risk with retrofit
Ageing controls, unavailable components and changing production needs can make operation less predictable. Planned modernisation helps reduce risk.
An existing cleaning or FPI system may still play an important role in production. However, ageing automation, limited spare-part availability and changing requirements can increase the risk of interruptions and make the system harder to maintain.
Complete replacement is not always the most practical answer. A planned modernisation can address critical risks, improve performance and extend the useful lifetime of the existing system.
Clearer process data
Update monitoring and data collection to improve visibility into each process.
Better performance
Improve process control, capacity and usability for current production needs.
Safer operation
Update safety devices, controls and protective functions for present requirements.
Resource efficiency
Improve energy, liquid and exhaust-air management where the system allows.
Upgrade the Existing System
FinnSonic assesses your industrial cleaning or FPI system and defines upgrades around its condition and your current operating requirements.
The scope can range from replacing an obsolete component to upgrading automation, ultrasonics, process functions, safety systems or material handling. The aim is to retain equipment that still provides value and improve the areas that limit reliability, capacity or future use.
Modernisation options may include:
- Control system and user interface upgrades
- Replacement of obsolete automation components
- Electrical and ultrasonic system upgrades
- Basket transfer and material-handling upgrades
- Fluid circulation and filtration improvements
- Process control and monitoring improvements
- Safety-related and mechanical modifications
- Energy-efficiency improvements
- Capacity and productivity improvements
- Integration with factory automation and production systems
A planned upgrade allows engineering and implementation to be prepared around production instead of reacting after an obsolete component fails.
The required work and production interruption depend on the existing system and the agreed scope. FinnSonic evaluates these factors during project planning.
A controlled upgrade process
1
Assess the System
We review the system configuration, equipment condition, critical components and current operational challenges.
2
Set Upgrade Priorities
We identify requirements related to reliability, capacity, process performance, usability, safety and energy efficiency.
3
Define the Scope
We define which components and functions should be retained, replaced or modified.
4
Update the Engineering
We update the required drawings, electrical documentation, control design and software for the agreed work.
5
Install and Test
We install and test the new components and functions before the system returns to operation.
6
Support the Lifecycle
FinnSonic supports continued operation with technical assistance, maintenance and compatible spare parts.
Discuss your modernisation needs with us
Share your system details and upgrade objectives. FinnSonic will review the available information and help define a practical next step.