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NANOARC's Material Design Unit develops quantum materials through atomic-scale control of crystal structure, phase behaviour and lattice architecture within materials science.
We do not supply standard materials. We design material systems for defined performance outcomes.
Each engagement is structured around defined application requirements and validated through iterative crystallographic engineering.
HOW ENGAGEMENT WORKS
START A MATERIAL PROGRAMME
All engagements begin with a structured review of your requirements. We assess feasibility and define a suitable engagement pathway.
Not just materials — nanoengineered capability.
Harness atomic-scale control to create reproducible, high-performance material systems, ready for integration into real-world applications.
We provide engineered control over matter at the atomic scale, delivered as deployable, performance-ready systems for industrial and research applications.
Your Solution, An Atomic Shift Away
01 — DEFINE REQUIREMENT
Submit application targets or research objectives.
02 — MATERIAL DESIGN REVIEW
We assess feasibility across lattice behaviour and phase stability.
03 — PROGRAMME STRUCTURE
Engagement defined as:
feasibility study
joint development
or deployment integration
04 — ENGINEERING & DELIVERY
Materials designed via crystallographic control in atomic-scale materials science and crystallography.
WHO WE WORK WITH
OEMs and industrial manufacturers
R&D organisations
Universities and research institutes
Advanced engineering teams
Energy and infrastructure developers
Space technology programmes
WHAT WE DESIGN
Crystal phase engineering
Lattice geometry modification
Defect architecture design
Atomic coordination tuning
Quantum domain stabilisation below 20 nm
Controlled via crystallographic engineering within materials science, enabling deterministic performance tuning.
DESIGNED FOR INTEGRATION
Compatible with existing manufacturing processes
Reduced formulation complexity
High reproducibility
Scalable synthesis routes
Environmentally responsible inputs
Materials engineered for deployment, not isolation.
APPLICATION AREAS
Energy and catalysis
Functional coatings
Infrastructure durability
Healthcare systems
Advanced manufacturing
Space and extreme environments
ENGAGEMENT MODELS
ENGAGEMENT MODELS
ACADEMIC RESEARCH ACCESS
ACADEMIC RESEARCH ACCESS
£1,500 – £5,000
£1,500 – £5,000
Engineered quantum material systems with refined lattice-structure-defined performance for academic and early-stage research.
DESIGNED FOR:
publishable experimental validation
exploratory materials science
early structure–property investigations
£1,500 ACADEMIC PACK
baseline engineered quantum material systems
defined crystallographic state
core characterisation data
£5,000 EXTENDED RESEARCH PACK
multi-variant material systems
controlled structural variation space
comparative datasets across configurations
INDUSTRIAL VALIDATION STAGE
INDUSTRIAL VALIDATION STAGE
From £45,000
From £45,000
Structured feasibility programme for evaluating engineered quantum material systems within application-specific environments.
DESIGNED FOR:
feasibility assessment
performance mapping
early-stage integration validation
INCLUDES:
application-specific material testing
crystallographic optimisation within defined constraints
prototype material variants
performance benchmarking
PROGRAMME TIERS:
Standard Validation: £45,000 – £85,000
Extended Systems Analysis: £85,000 – £150,000
JOINT DEVELOPMENT PROGRAMME
JOINT DEVELOPMENT PROGRAMME
From £250,000
From £250,000
Co-engineered development of application-specific quantum material systems with defined performance outcomes linked to predetermined crystallographic states.
DESIGNED FOR:
OEM collaboration
advanced R&D programmes
system-level material integration
INCLUDES:
iterative atomic-scale material engineering
multi-cycle optimisation of lattice and phase behaviour
pilot-scale validation
integration support into operational environments
PROGRAMME TIERS:
Applied Development: £250,000 – £500,000
Advanced Systems: £500,000 – £900,000
Strategic Development: £900,000 – £1.5M+
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