In every sector, some assets are simply irreplaceable. Custom-built machinery, legacy systems with discontinued parts, or specialised mechatronics equipment that can’t be swapped out with a purchase order. When these critical systems are damaged in a fire, flood, or catastrophic event, replacement is not just delayed—it’s impossible.
That’s where Steamatic Global Recovery (SGR) delivers exceptional value.
Bringing the Irreplaceable Back to Life
SGR specialises in the restoration of unique and business-critical equipment, often designed and built for a single process, facility, or product line. Whether it’s due to mechanical complexity, electrical integration, or bespoke programming, these systems are integral to your operation—and must be preserved where possible.
Our expert teams assess, clean, and restore such equipment, with proven capability across:
Mechatronics systems combining robotics, sensors, and control interfaces
Custom mechanical assemblies with no off-the-shelf alternative
Sensitive electrical infrastructure affected by fire, water, or corrosive contamination
With industry-specific experience and rapid mobilisation, we help organisations maintain continuity, even when replacement is not viable.
Real Recovery. Not Just Remediation.
Restoration at this level goes far beyond surface cleaning. Our technicians work in collaboration with original equipment manufacturers (OEMs), automation engineers, and loss adjusters to ensure the integrity of every system is preserved. This includes:
Precision decontamination of circuits, sensors, and PLC units
Corrosion control and moisture removal using controlled environments
Mechanical testing and alignment to restore functionality
Validation and recommissioning to meet operational and safety standards
In many cases, clients are surprised by what can be saved—extending the life of critical assets and avoiding costly downtime or rebuilds.
Ideal for Niche, Legacy and Specialised Industries
From advanced manufacturing to aerospace and research facilities, we’ve supported recovery efforts in environments where no two machines are the same. Our restoration-first approach not only reduces financial loss but preserves production capability that would otherwise take years to replicate.