Broader potential across demanding industrial environments
LACS is relevant wherever surface performance determines component life, cost, uptime or mission success. The same advantages that drive the four priority applications extend across other demanding industries.
Where else surface performance is the constraint
Defence & aerospace repair
Repair, restoration and coating of high-value components operating in demanding environments.
POTENTIAL LACS RELEVANCE
Solid-state restoration and protection of high-value parts with minimal heat input and distortion.
LIKELY MATERIAL SYSTEMS
Titanium systems · Aluminium systems
Nuclear & fusion energy
Surface protection and advanced materials for extreme temperature, erosion and plasma-facing environments.
POTENTIAL LACS RELEVANCE
Deposits refractory materials without melting — suited to extreme-temperature, erosion and plasma-facing surfaces.
LIKELY MATERIAL SYSTEMS
Tungsten / refractory systems
Mining & heavy industrial equipment
Wear-resistant coatings and repair for high-abrasion environments.
POTENTIAL LACS RELEVANCE
Hard carbide systems applied in solid state for durable protection in high-abrasion service.
LIKELY MATERIAL SYSTEMS
WC-Co / Ni-WC
Tooling & die refurbishment
Surface restoration for high-value tooling where wear, downtime and replacement cost are significant.
POTENTIAL LACS RELEVANCE
Hard-facing and build-up with low thermal impact that preserves tooling geometry.
LIKELY MATERIAL SYSTEMS
Stellite · Inconel systems
Functional coatings
Dry lubrication, magnetic functionality, corrosion protection, wear protection and composite material systems.
POTENTIAL LACS RELEVANCE
Applies functional, corrosion and wear systems without melting-based compromise.
LIKELY MATERIAL SYSTEMS
Stellite / Inconel · Functional systems
Difficult materials & specialist deposition
Specialist projects where conventional methods struggle with material compatibility, cracking, distortion or performance retention.
POTENTIAL LACS RELEVANCE
Solid-state route avoids melting defects for hard-to-process and carbide-reinforced systems.
LIKELY MATERIAL SYSTEMS
Stainless-steel / carbide-reinforced
How a new application is explored
Further applications are explored through targeted technical and commercial assessment. The strongest starting point is a clearly defined surface-performance problem.
- Component
- Operating environment
- Failure mode
- Required surface performance
- Current alternative
- Measurable success criteria
Talk to us about your application or investment interest
Bring a component, an operating environment, a failure mode or an application thesis. We’ll explore whether LACS can change the economics of the problem and what evidence would be needed to move it forward.
APPLICATION TRIALS
PARTNERSHIPS
INVESTMENT
TECHNICAL COLLABORATION
Where to go from here
Technology
How Laser Assisted Cold Spray deposits advanced materials in solid state — stronger bonding, minimal heat, no melting.
Explore →Materials
The hard, carbide and functional material systems LACS can deposit — with measured performance.
Explore →Partnerships
How LFT works with partners to prove, scale and co-develop surface-performance solutions.
Explore →