Advanced Metal Additive Manufacturing & Laser Processing Services
From precision surface engineering to full-scale DED builds, InnovaClad delivers industrial-grade laser processing solutions for high-value components.
Directed Energy Deposition (DED)
Near-net-shape fabrication of metal components
Large-scale and complex geometries
Multi-material and graded structures
Prototype and pilot builds
Surface Engineering & Laser Cladding
Wear-resistant and corrosion-resistant coatings
Thermal protection systems
Precision cladding on complex geometries
Functional surface modification
Repair, Refurbishment & MRO
Turbine blades, shafts, dies, moulds
Restoration of high-value components
Life extension of critical parts
Reduced downtime and lifecycle cost
Our Execution Model
InnovaClad executes projects for aerospace, defence, energy, heavy engineering, tooling manufacturers, and national research laboratories—delivering controlled laser deposition solutions for high-performance, high-value components where reliability and metallurgical integrity are critical.
Process Workflow
- Requirement Analysis: Material selection, geometry study, performance expectations
- Process Design & Simulation: Laser parameter optimization and metallurgical validation
- Deposition & Quality Monitoring: Controlled DED or cladding with process tracking
- Post-Processing & Inspection: Machining, testing, and final quality validation
Why InnovaClad Services
- Indigenous laser deposition capability
- Research-grade process control
- Industrial reliability
- High-value component focus
- Secure, data-controlled execution