Industry 02
Aerospace and defenceMission-critical materials. No thermal compromise.
Protect fatigue-sensitive alloys, composites and ceramic structures while opening complex contours with micron-level machine precision.
Why Finecut
When the process must protect the part.
In aerospace and defence, a dimensionally correct part can still fail if the cutting process changes its microstructure. Finecut removes material by controlled erosion, avoiding heat input and reducing the secondary work associated with recast layers and thermal damage.
Fatigue performance
Keep the cut edge free from thermal alteration in titanium, nickel superalloys and other performance-critical metals.
Mixed materials
Cut CFRP, glass fibre, ceramics, laminates and non-conductive stacks on the same platform.
Complex geometry
Use three-, four- or five-axis motion for narrow features, angled edges and difficult access.
Applications built around the requirement.
Every application is qualified against the actual material, thickness, geometry, tolerance, edge-quality target and production volume.
Advanced alloys
Near-net-shape cutting and precision contouring in titanium, Inconel, Haynes, tungsten and stainless steels.
Composites and laminates
Cold cutting of CFRP, GFRP, aramid and sandwich structures without matrix burn.
Sensors and protection
Precision features in ceramics, sapphire, detector materials and high-value technical assemblies.
Configure the complete system
Start with the part. Select the motion next.
High-precision flat work, coupons, shims and near-net shapes.
Bevels, compensation and complex geometries for demanding parts.
Probing, vision, drilling, workholding and abrasive handling configured to the process.
FAT, SAT, operator training and lifecycle support provide a controlled route into production.
Proof, not assumptions
Validate before you scale.
Finecut supports aerospace component production where productivity, quality and zero thermal impact are central to the manufacturing strategy.
Performance depends on the complete application. Finepart uses test cutting and application engineering to define a credible process window and the right Finecut configuration.
Read the Brogren Industries case ↗Your application
Bring the difficult part.
Send a drawing, material specification, thickness, tolerance and production target. Finepart will review the geometry and propose the next technical step.
Request a test cut ↗