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Extend the life of your valuable mining, earthmoving and heavy engineering components with U&L Engineering’s Laser Cladding solutions.
Contact our team to discuss your component restoration requirements and find the right engineering solution for your application.
Contact our team today to discuss your requirements.
U&L Engineering provides advanced Laser Cladding solutions for restoring worn and damaged components used in mining, earthmoving, construction and heavy engineering.
Using precision laser technology, specialised metallic materials are bonded to component surfaces to restore critical dimensions, improve wear resistance and extend service life.
Laser Cladding offers an effective alternative to replacing high-value or difficult-to-source components, helping reduce replacement costs and return equipment to service.
Laser Cladding provides a precision repair solution for components where wear, damage or dimensional loss affects performance.
By applying material only where required, the process enables targeted restoration with controlled heat input, helping minimise distortion while preserving the integrity of the original component.
Following cladding, components can be precision machined to restore the necessary surface finish, dimensions and tolerances.
This makes Laser Cladding particularly valuable for expensive, specialised or long-lead-time components used in heavy industrial applications.
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Laser Cladding is an advanced surface engineering process that uses a precisely controlled laser to fuse metallic material onto an existing component.
The deposited material forms a metallurgical bond with the base metal, creating a durable restored surface.
Its localised heat input helps minimise the heat-affected area and reduce the risk of component distortion compared with less controlled thermal deposition methods.
Laser Cladding can be used to restore a wide range of worn or damaged industrial components, including:
Following restoration, components can be precision machined to achieve the required dimensions, tolerances and surface finish.
Laser Cladding can also be used as a preventative surface enhancement process.
Depending on the application, specialised cladding materials can be selected to improve resistance to:
This is particularly beneficial for components exposed to abrasive materials, demanding loads and continuous operation.
Laser Cladding offers several advantages for suitable component repair and restoration applications:
Support for component reuse and remanufacturing
At U&L Engineering, Laser Cladding forms part of our broader engineering and component restoration capabilities.
Our experience in hydraulic cylinders, precision machining, line boring, welding, fabrication and heavy equipment repairs enables us to provide practical, integrated repair solutions.
Each component is assessed according to its condition, material, wear characteristics and operating requirements to determine an appropriate repair approach.
Not every worn or damaged component requires replacement.
Laser Cladding may offer a practical solution for restoring expensive, specialised or difficult-to-source components.
Our team can assess the application using component photographs, dimensions and details of the worn or damaged area to determine whether Laser Cladding is an appropriate repair method.
Since 2006, U & L Engineering has delivered precision engineering, machining and hydraulic solutions with quality workmanship, reliable service and a commitment to keeping industry moving.
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207 Aloe Road, Putfontein Rd, Benoni, 1515, South Africa
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