Material Intelligence v2.0

Engineering starts with the right material

Smart material recommendations for product development, manufacturing, prototyping and industrial engineering — powered by an interactive decision engine.

120+
Materials
6
Categories
18
Industries
Ti-6Al-4V
PEEK
CFRP
Al 7075
Live preview

Try the material selector

A miniature taste of our full guide. Pick a few criteria and watch the recommendation update in real time.

What are you building?
Required strength?
Heat exposure?
Manufacturing process?
Get full recommendation
Top match
Metals
MS / Mild Steel
50%
Economical general-purpose carbon steel
Metals
S235JR
50%
Common structural steel for fabrication
Metals
S275JR
50%
Structural steel with improved strength
Material categories

From titanium to silicone

A curated palette of engineering material families. Click in to discover candidates, properties and manufacturing options.

Metals

Ferrous steels, stainless steels, aluminium, copper alloys and titanium

MSS235JRS275JR

Engineering Plastics

PEEK, ABS, polycarbonate, nylon and high-performance polymers

PEEKABS

Composites

CFRP, GFRP and hybrid laminate material systems

Carbon

Ceramics

Alumina, zirconia and high-temperature technical ceramics

Alumina

Elastomers

Silicone, EPDM, TPU, NBR and flexible rubber-like materials

Silicone

Advanced Manufacturing

SLS nylon, DMLS metals, MJF and additive manufacturing materials

PA12
Comparison

Compare like an engineer

Switch materials in and out and compare their key properties side by side. Built for fast trade-off thinking.

Strength
MS / Mild Steel
52
S355JR / S355J2
66
EN9
72
Lightness
MS / Mild Steel
25
S355JR / S355J2
25
EN9
25
Affordability
MS / Mild Steel
95
S355JR / S355J2
82
EN9
76
Heat
MS / Mild Steel
55
S355JR / S355J2
55
EN9
55
Flexibility
MS / Mild Steel
45
S355JR / S355J2
40
EN9
32
Durability
MS / Mild Steel
65
S355JR / S355J2
72
EN9
76
Corrosion
MS / Mild Steel
20
S355JR / S355J2
22
EN9
20
Industries

Built for every domain

Materials don't exist in a vacuum. Here's how engineers in different fields are deploying them.

Automotive

Lightweighting, structural performance, wear resistance and manufacturability.

Aluminium 6061Aluminium 7075EN19CFRP

Aerospace

Strength-to-weight, fatigue performance, corrosion resistance and certification readiness.

Ti-6Al-4VAluminium 7075SS 17-4 PHCFRP

Medical

Biocompatibility, sterilization, corrosion resistance and traceability.

SS 316LPEEKSiliconeTitanium

Robotics

Stiffness, weight reduction, precision machining and integration density.

Aluminium 6061Aluminium 7075PA12 SLSCFRP

Industrial Manufacturing

Wear resistance, strength, corrosion resistance and thermal endurance.

EN8EN19SS 304SS 316Bronze

Marine

Saltwater corrosion resistance, durability and long-term outdoor performance.

SS 316Duplex 2205Aluminium 5083Naval Brass
How it works

From requirement to recommendation

Three calibrated steps. Designed to keep momentum without skipping engineering rigor.

STEP 01

Input requirements

Define your application, loads, environment and process constraints.

STEP 02

Compare properties

Our engine maps your needs against a curated material database.

STEP 03

Get recommendation

Receive a primary candidate plus alternatives with engineering rationale.

Case studies

Real engineering, real materials

A look at how teams used the right material to unlock dramatic performance gains.

Challenge
Halve mass of aerospace bracket without losing fatigue life.
Material
Ti-6Al-4V (DMLS)
Method
Topology optimization + DMLS
Outcome
52% mass reduction, qualified at +30k cycles.
Challenge
Replace stainless implant retainer with biocompatible polymer.
Material
PEEK
Method
Precision CNC
Outcome
Imaging-friendly, weight cut by 4×.
Challenge
Drone arm needing stiffness at minimum mass.
Material
CFRP Tube
Method
Filament winding
Outcome
Stiffness up 3.1×, mass down 28%.
Final step

Still unsure which material fits your project?

Run the full guided selector or speak directly with our engineering team.

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