Laser Cladding – Solutions

Laser Cladding Solutions

Restore, Reinforce, and Reimagine your critical components with high-precision Laser Metal Deposition (LMD). Achieve metallurgical bonding with unmatched durability.

Cladding Lathe
Machine Setup

Custom Layer
Thickness on Request

5 Alloy Types
Clad Materials

Repair & Coat
Application

Machine & Process Details

Machine	Laser Cladding Lathe
Process	Laser Cladding

Compatible Materials

Alloy Steel

Tool Steel

Stainless Steel

Nickel Alloy (Inconel)

Cobalt Alloy (Stellite)

Capability / Thickness Range

Range / Details

Cladding layer based on customer requirement

Key Process Points

Laser cladding lathe setup enables cylindrical and axial component cladding — ideal for shafts, rollers, and round components
Cladding layer thickness is defined as per customer requirement (not a fixed range)
Powder feedstock of Alloy Steel, Tool Steel, SS, Inconel, or Stellite deposited as a dense, metallurgically bonded layer
Used for both surface protection (wear/corrosion resistance) and dimensional restoration of worn components
Lathe-mounted configuration ensures uniform layer deposition on round/cylindrical geometry
Low dilution rate preserves the properties of the clad material with minimal mixing into the base metal

Typical Applications

Worn shaft and journal diameter restoration
Roller and drum surface hardening and rebuild
Die and mould cavity repair with hard-facing alloys
Inconel/Stellite overlay for corrosion and wear protection
Valve seat and stem surface build-up
Impeller blade tip restoration

Notes : Cladding layer specifications (thickness, alloy type, number of passes) are finalised based on the customer's component drawing and functional requirement. Trial cladding can be done before full production run.