Our Focus
We push alloys and processes to their limits — combining research, simulation, and precision fabrication to create durable, high‑performance parts.
We push alloys and processes to their limits — combining research, simulation, and precision fabrication to create durable, high‑performance parts.
Tool steels, superalloys, and experimental blends, selected and tuned for your thermal and mechanical envelope.
CNC, additive, and finishing pipelines designed for tolerance, longevity, and repeatability.
Material characterization, fatigue testing, and non‑destructive evaluation — documented and reproducible.
Selected families we work with and tailor for temperature, strength, and corrosion envelopes.
Air‑hardening and high‑speed grades tuned for thermal cycling and abrasion resistance.
Austenitic, martensitic, and duplex families for aggressive media and structural reliability.
Nickel‑based systems engineered for severe thermal gradients and sustained load.
Alpha‑beta and beta alloys for lightweight, high‑fatigue applications.
Lab‑scale melts and AM parameter sweeps to validate novel chemistries fast.
Scroll to travel the pipeline — the line fills, milestones lift toward the viewport center, and a progress glint tracks your position.
Define the operating envelope, select alloys, and set inspection criteria. Toolpaths and fixtures are planned up‑front.
Multi‑axis milling/turning with thermal stability and deflection control built into the workholding strategy.
Powder‑bed/DED for internals and gradients, with parameter windows validated against coupons.
Peen, polish, passivate — dialing surface maps and residual stress to hit fatigue targets.
Dissimilar joints and thermal budgets, qualified via metallography and fatigue testing.
X‑ray/UT, dye/MT, and dimensional checks compiled into a traceable report pack for sign‑off.
From alloy selection to finished assemblies — Ferro designs, fabricates, and validates components that perform under pressure.
From experiments to models — controlled trials, characterization, and simulation, wrapped into reproducible, auditable results.
Structured trials with clear variables and repeat counts, logged and versioned.
Factor screening → response mapping → confirmation runs.
Microstructure to fatigue — test suites calibrated and traceable.
Sections prepped for microscopy and mechanical coupons.
Digital twins validate design changes before metal is cut.
Boundary conditions matched to test rigs & field data.
Reproducible notebooks and reports with source data attached.
Plots, tables, and sign‑off packs prepared from templates.
Metallurgy visuals with purpose: TIG, toolpaths, casting, rolling, heat‑treat, NDE — plus brushed steel and weld heat‑tint finishes.
Tell us about your application, materials, and timelines. We'll come back with options, lead times, and a path to production.
Got specs, sketches, or a rough idea? We’ll translate it into manufacturable reality, with materials, process, and tolerances dialled in.
Outline your part, environment, loads and target quantities. We’ll propose alloys and routes.