Recurring breakdowns
Repeated failures can justify a broader assessment of connected systems.
A structured assessment, repair and rebuilding process for industrial machinery where reconditioning is practical and technically feasible.
Reconditioning can be considered when an industrial machine has useful underlying structure but worn, damaged or unreliable systems. The process starts with inspection rather than an assumption that every machine should be rebuilt.
Where feasible, Werk Maak Sterk can strip, assess, repair, clean, reassemble, adjust and test the equipment. The achievable result depends on condition, parts and the approved scope.
Discuss Your Requirements
Repeated failures can justify a broader assessment of connected systems.
Mechanical wear may affect accuracy, movement and dependable operation.
Leaks and weak performance may require component-level attention.
Older machinery can benefit from a structured condition assessment.
Reconditioning may be compared with replacement once feasibility is known.
A scheduled shutdown can create an opportunity for deeper machine work.
The equipment and required outcome are reviewed before a scope is proposed.
Relevant systems and components are dismantled for inspection.
Mechanical and hydraulic parts are assessed for repair or replacement needs.

Suitable repair, component and hydraulic work is completed as agreed.
The machine is prepared, rebuilt and adjusted within the approved scope.
Relevant functions are tested and final observations are communicated.
The exact scope always depends on the machine, safe access, component condition and the reported requirement.
Explain the machine condition, problems and expected operational need.
The equipment is inspected to define whether reconditioning is practical.
Required stripping, repair and component work is proposed.
The agreed machine and hydraulic work is carried out.
Components are refitted and relevant settings are established.
Operation is checked within the scope and observations are provided.


Inspection shows whether the machine’s structure and systems justify further work.
A scoped rebuild sets realistic expectations based on parts and feasibility.
Suitable machinery may gain further productive life after approved reconditioning.
These answers provide general guidance. The correct scope is confirmed after the machine or component requirement has been assessed.
It can include assessment, stripping, wear inspection, suitable repairs, cleaning, reassembly, adjustment and testing within an approved scope.
Not necessarily. The outcome depends on age, condition, parts and the agreed work. Reconditioning aims to improve serviceability, not make unsupported new-machine claims.
The machine is assessed for structural condition, wear, component availability, repair feasibility and the required operational outcome.
Yes, hydraulic components can be included where required and where inspection confirms that repair or reconditioning is suitable.
The proposed scope identifies parts that are suitable for repair and those that may require replacement, subject to availability and approval.
Relevant functions are tested where safe and practical after reassembly, with limitations or further needs communicated.
Send the machine type, symptoms, location and available photographs so the team can assess your requirements.