Industry Solutions

Built for Critical Manufacturing

When failure isn't an option, you need physics-based certainty.
We work with industries where material behavior determines mission success.

The Cost of Uncertainty

Traditional manufacturing relies on trial and error. Every failed build costs time, material, and competitive advantage.

Without Atomos

12-18 months Material qualification

30-50% scrap On new part development

$100K+ per iteration Physical testing cycles

→

With Atomos

                                2-4
                                months
                                Material qualification
                            

                                <5%
                                scrap
                                First-time-right builds
                            

                                1
                                simulation
                                Before physical build
                            

Industries We Serve

Aerospace & Defense

AS9100 NADCAP ITAR

Titanium alloys, nickel superalloys, flight-critical components. When parts must perform flawlessly and qualification timelines are measured in years, you need certainty before you build.

Optimize parameters for Ti-6Al-4V, Inconel 718, and other aerospace alloys
Accelerate qualification with simulation-backed process data
Generate documentation for NADCAP and AS9100 compliance
Reduce scrap on high-value turbine and structural components

80% Less Scrap

6-12mo Faster Qualification

60% Cost Reduction

Medical Devices

FDA ISO 13485 21 CFR Part 11

Patient-specific implants, surgical instruments, biocompatible materials. When regulatory approval depends on demonstrating process control, simulation data accelerates your path to market.

Optimize parameters for Ti, CoCr, PEEK and other biocompatible materials
Enable patient-specific implant customization at scale
Generate process validation documentation for FDA submissions
Reduce development iteration cycles by 70%

First-Time Right Parts

50% Faster to Market

100% Traceable

Precision Machining

CNC 5-Axis Swiss-Type

Complex geometries, tight tolerances, exotic materials. When every micron matters, you need simulation that captures the physics of material removal and thermal distortion.

Optimize cutting parameters for difficult-to-machine alloys
Predict tool wear, chatter, and surface finish quality
Reduce setup time and scrap on complex 5-axis parts
Improve first-article inspection pass rates to >95%

3× Faster Setup

Ra 0.4 Surface Finish

95%+ FAI Pass Rate

Energy & Power Generation

Nuclear Oil & Gas Renewables

High-temperature alloys, corrosion-resistant materials, critical infrastructure components. When components operate at extreme conditions for decades, material integrity is non-negotiable.

Turbine blade and vane optimization for gas and steam turbines
High-temperature Ni-superalloy qualification
Creep, fatigue, and corrosion life prediction
Nuclear-grade material certification support

2× Component Life

40% Less Downtime

Let's Discuss Your Manufacturing Challenges

We'd love to understand your process and explore how we might help.

Book a Conversation →