Composite Manufacturing Innovation

You don't need
new materials
to scale production.

You need a different way to cure them.

  • Use your existing prepreg and material systems
  • Break free from autoclave bottlenecks
  • Increase rate, yield, and flexibility — inside your current factory
Industrial autoclave
The constraint
50 years of autoclave dependency. It ends here.
Who This Is For

If you're being asked
to increase production
without adding autoclaves—

If increasing composite part production while reducing costs, energy, and emissions will improve your business... (this is for you)

  • Composite & laminate part manufacturers
  • Vehicle and infrastructure OEMs
  • Composite material manufacturers
  • Vehicle & infrastructure end-users
Aerospace and defense platforms
Aerospace · Defense · MARINE · AUTOMOTIVE · ENERGY
The Reality

The constraint isn't
materials. It's cure.

Autoclave-based production has defined the ceiling for composite manufacturing for over 50 years. That ceiling is now the bottleneck.

8–24 hrs Part Production Cycle
20–30% Of Part Cost
10–15% Average Yield Loss
Cost of Adding Autoclaves
$5M–$50M CapEx Cost
12–36 months Autoclave Lead Time
1–5MW Connected Electrical Load

Where It Breaks

Scaling today means more autoclaves, more energy, and more capital. Batch processing limits throughput. Scrap and rework eat margin. That model doesn't scale. And the next generation of platforms won't wait for it.

The Shift

Move control from
the autoclave to
the laminate and tool.

  • Parallel production instead of batch processing
  • Conductive tool heating instead of convective vessel heating
  • Capacity scales with floor space — not infrastructure
3X
Faster part cure cycles
>98%
Energy savings vs. autoclave vessel curing
80%
Reduction in scrap rate
25%
Lower part production cost
Increased Operational Runtime
Reduced infrastructure maintenance and operational oversight
The Platform

Not a new material system.
A production layer applied to
the one you already use.

Bringing your material and parts into the next generation of composite manufacturing.

The Autoclave Replacement is finally here, enabled by our breakthrough prepreg interleaf and tooling technology.

SimpliSILC material roll
SimpliSILC™
SILC
Scaffolding for InterLaminar Capillarity
→ Promotes Resin Flow And Generates Interlaminate Pressure

An unobtrusive nanofiber interleaf placed between composite plies prior to layup. Creates improved volatile evacuation and laminate consolidation — promoting uniform resin flow, eliminating voids, and dramatically improving structural properties without disrupting your processes or certifications.

SimpliHeat conductive tooling
SimpliHeat™
HEAT
Surface-Heated Conductive Tooling
→ Delivers controlled, efficient heat directly at the part

A patented, reusable conductive heating tool with a carbon-nanomaterial layer providing programmable surface heat. Combined with SimpliSILC™, it enables out-of-autoclave production at autoclave-grade quality — with over 98% energy savings vs. vessel curing.

Patents US9091657 · US9839073 · US11438973 · US12324080 · US12263663 · EP11737604.6 · EP15810988.4
Deployment

No reset
required.

SimpliMade is designed to drop into your current operation — not replace it. Compatible with leading prepreg systems from Hexcel, Toray, Syensqo, Solvay, and more..

  • Integrates into existing prepreg supply
    Upstream at the material supplier with no shop floor disruption
  • Aligns with current layup and workflows
    Same tooling, same personnel, same process baseline
  • Supports proof of equivalency pathways
    NCAMP qualification and OEM integration programs actively underway
Production Flow Diagram
Production Flow Diagram
Engage

If autoclave capacity, yield,
or rate is limiting your program—
we should talk.

Tell us where you're constrained. We'll show you exactly where SimpliMade fits.