PHYSICIST-LED · ENGINEER-BUILT · SINCE DAY ONE
WE BUILD
ANYTHING.
FROM ATOMS
TO SPACECRAFT.
Neo Materials was founded on a single conviction — that the boundary between chemistry and mechanical engineering is artificial. We are the only company that designs molecules, synthesises them, forms them into advanced materials, machines them to micron tolerance, assembles them into purpose-built machines, and delivers turnkey production systems — all under one roof.
7
Scales of Operation
12+
Engineering Disciplines
36+
Capabilities
100%
Custom Deliverables
99.9%
Chemical Purity
OUR PHILOSOPHY
Engineering Without Artificial Boundaries
Most companies specialise in one layer of the material stack. We rejected that model entirely. Every engineering problem has roots at multiple scales simultaneously — and we design, manufacture, and deliver solutions that span all of them.
10⁻¹⁵ – 10⁻¹⁰ m
Molecular Foundation
Every mechanical property — Young's modulus, hardness, yield strength, thermal conductivity — is a macroscopic expression of chemical bonding. We start here, designing custom molecules and nanomaterials where the problem demands it. Suzuki coupling, CVD, sol-gel, hydrothermal synthesis, graphene CVD.
10⁻⁶ – 10⁻³ m
Microstructure Engineering
Grain size, phase composition, carbide distribution, dislocation density — these determine whether a steel fails at 200 MPa or 2 GPa. Heat treatment, thermomechanical processing, CVD coating, and surface engineering are our tools at this scale.
10⁻³ – 10⁰ m
Precision Manufacturing
From micron-tolerance CNC machining to 5-axis simultaneous machining, forging, and forming — we fabricate parts that function exactly as designed. GD&T, CMM verification, ISO surface roughness measurement, and metallographic sectioning close the loop between design intent and physical reality.
10⁰ – 10² m
Machine & System Integration
Special Purpose Machines (SPM), overhead cranes (IS 3177), and complete automated production lines. PLC-controlled, VFD-driven, FEA-verified. We design the tooling, fixtures, pneumatics, hydraulics, and control logic — delivering fully commissioned, production-ready systems.
10² – 10⁶ m
Aerospace & Structural
Structural design for aerodynamic, thermal, and orbital environments. Spacecraft structures, heat shields, aerodynamic skins, launch vehicle components. FEA, CFD, fatigue analysis, materials qualification per NASA/ESA standards. The ultimate test of cross-scale engineering.
CORE VALUES
What We Stand For
Six principles that guide every project from atom to delivery.
Physics First
Every design decision traces back to a physical principle. No empirical guess-work, no rule-of-thumb shortcuts when first principles are available. We derive, we calculate, we verify by simulation, then we build.
Measurement Culture
If it cannot be measured, it cannot be controlled. NMR, HRMS, CMM, XRD, TEM, HPLC — we characterise everything we build. Certificate of Analysis for every chemical batch. CMM report for every precision part.
True Customisation
We do not have catalogues. Every chemical compound, every machine component, every automated system is designed specifically for the client's requirements. No compromise on fit. No adapting off-the-shelf solutions to problems they were not designed for.
Full Vertical Stack
From molecular synthesis to factory automation under one roof eliminates interface risk. One team who understands both the chemistry of a surface coating and the mechanics of the machine that applies it. No contractor blame games. Single accountability.
Standard Compliance
IS 3177, IS 2062, IS 800, IS 816, AWS D1.1, ASME, ISO 9001, FEM 1.001 — standards exist because engineers died before they were written. We comply with every relevant code, and document our compliance in every delivery.
No Limit on Scale
A molecule weighs 10⁻²² grams. A spacecraft weighs 10⁵ kg. The ratio is 10²⁷. We operate across it — because the material properties that determine whether a spacecraft fails begin at the atomic scale, where we start every project.
TEAM DISCIPLINES
Engineering Disciplines In-House
Neo Materials operates with specialists across twelve engineering and science domains — no outsourcing for core technical work.
12+
Disciplines
FEA
ANSYS · Abaqus
CAD
CATIA · SolidWorks
NMR
400 MHz · 2D
CMM
Zeiss Contura
PLC
Siemens S7 · AB
CFD
Fluent · OpenFOAM
XRD
Rigaku · Phase ID
Synthetic Chemistry
Organic · Inorganic · Organometallic
Multi-step organic synthesis, Schlenk-line inorganic, RAFT polymerisation, nanoparticle synthesis. Full characterisation suite: NMR, HRMS, HPLC, TGA, DSC.
Mechanical Engineering
Design · FEA · Manufacturing
5-axis CNC, forging, grinding, GD&T, CMM verification, heat treatment specification, surface engineering. IS 800, IS 2062, ASME B16.5 design.
Structural Engineering
Steel Structures · Crane Design · IS 3177
Box girder crane design, runway beam sizing, FEA load case verification, fatigue assessment (IIW), IS 3177 / FEM 1.001 compliance documentation.
Electrical & Control
PLC · VFD · SCADA · Safety
Siemens S7, Allen-Bradley PLC programming, VFD (Siemens SINAMICS, ABB) commissioning, SIL 2 safety circuit design, HMI/SCADA development.
Aerospace Engineering
Aerostructures · CFD · Thermal
Aerodynamic design (subsonic–hypersonic), CFRP/Ti structure design, thermal protection systems, fatigue-fracture analysis per NASA-STD, ECSS.
Automation Engineering
SPM · Production Lines · Robotics
Special Purpose Machine (SPM) design, cam mechanism synthesis, pneumatic/hydraulic circuit design, production line layout, cycle time optimisation, OEE targets.
TECHNOLOGY STACK
Our Engineering Software & Instruments
Industrial-grade tools across every domain — not student licences or approximation software.
OUR JOURNEY
Building Capability Across Every Scale
Each milestone represents the addition of a new layer to our vertical stack — moving steadily from the molecular to the structural.
Year 1
Founded with custom chemical synthesis core — organometallic, nanomaterials, specialty ligands. First NMR + HPLC characterisation lab.
Year 2
Precision machining capability added. First 5-axis CNC. CMM metrology lab. IS 2062 materials stock. First precision parts delivered.
Year 3
SPM & automation division launched. First complete Special Purpose Machine designed and commissioned. PLC + VFD control in-house. FEA team formed.
Year 4
Overhead crane design & fabrication capability. First IS 3177 EOT crane delivered. Structural engineering team expanded. Load cell SIL 2 safety systems.
Year 5+
Aerospace structures division. CFRP, Ti aerostructures, CFD team, heat shield materials. Full vertical stack achieved: molecule to spacecraft.
READY TO BUILD?
Bring Us Your Hardest Problem
Whether you need a custom molecule synthesised, a precision part machined, a Special Purpose Machine built, or an overhead crane designed and commissioned — Neo Materials delivers the complete solution, not just a component.