Machine precision.
No compromise.
Layup builds automated tape laying and filament winding systems for Tier 1 aerospace, defense, and wind energy — engineered to tolerances tighter than a human hair, qualified to AS9100D.
Qualified for
Production never waits for maintenance.
Layup ATL-900 systems logged 99.97% uptime across 14 Tier 1 aero programs in FY2025. Predictive servo diagnostics flag bearing wear 72 hours before threshold — changeover happens on your schedule, not the machine's.
More fiber down. Less floor time.
At 680 kg/hr, the ATL-900 outpaces every manual lay-up team by a factor of 12. Wind blade manufacturers running our mandrel-wrapper variant report 34% cycle-time reduction in the first 90 days — without a single tooling change.
Tighter than any human hand. Every tow.
Closed-loop laser metrology corrects placement in real time — no post-lay inspection delays. NADCAP audit teams have cited the ATL-900's fiber angle deviation of <0.15° as best-in-class for primary structure lay-up. Zero rework on 47 consecutive fuselage panel programs.
Your numbers.
Your projection.
Input your current manual lay-up operation. See the projected annual savings from switching to an ATL-900 system. Figures are conservative — based on average customer data from 2024 deployments.
* Estimates based on 2024 customer deployment data. Actual results vary by program complexity and shift structure. System investment assumed at $2.8M for ATL-900 base configuration.
Request a Capability Brief →Prove it on
your program.
A Capability Brief is a 12-page technical document matched to your specific lay-up application — fiber type, geometry, cycle-time targets, and qualification path. No generic brochures.