COMPLEX ACCESS. FEWER SETUPS.
Our 5-axis CNC machining service is evaluated for complex geometry, multi-face components, contoured profiles and compound angles that are difficult to reach in conventional setups. We can use 3+2 indexed machining when fixed-angle access is sufficient, or simultaneous 5-axis toolpaths when continuous motion is needed across the surface. The stated work envelope is 1200 × 850 × 600 mm; final suitability depends on tool access, fixturing, material and the drawing’s datum strategy.
From Your DrawingMATERIAL OPTIONS
For 5-axis work, material and geometry are reviewed with tool access, wall stiffness, fixture stability, surface continuity, critical datums and the areas where complex geometry limits a conventional setup.
Material guideSELECTED MATERIAL
A practical choice where low mass, corrosion resistance and efficient machining are important.
SURFACE FINISHES
Identify cosmetic surfaces, complex contoured faces, critical interfaces and areas that must remain as machined before choosing a finish. Include masking and downstream assembly needs in the drawing where relevant.
A precise, cost-effective finish straight from the CNC process for functional features and tight tolerances.
View MoreImproves corrosion and wear resistance on aluminum, with clear, black and custom color options.
View MoreReduces surface roughness to create a smooth, refined appearance for visible precision components.
View MoreCreates a uniform matte texture and can reduce visible machining marks on suitable parts.
View MoreA durable, protective coating with a broad range of colors and textures.
View MoreAdds a protective or decorative metal layer for performance and appearance.
View MoreA dark conversion finish for steel parts requiring a low-reflective, corrosion-resistant surface.
View MoreBUILT FOR A WIDE RANGE OF INDUSTRIES
Suitable for contoured parts, multi-face components and compound-angle features where tool access, surface continuity or datum relationships make indexed or simultaneous 5-axis machining worth reviewing. Industry labels are not used as proof of capability.
Explore All Applications →
Complex multi-face housings and performance-component prototypes
Contoured structural, propulsion and avionics-support components
Complex device components, fixtures and instrument parts
Multi-face RF housings, waveguide-related hardware and heat-management components
Impellers, manifolds and complex thermal-system components
Complex pump, navigation and onboard-system components
BUILT FOR DEMANDING PROJECTS
The review identifies the datums, tool-access limits and complex surfaces that determine whether 3+2 indexed or simultaneous 5-axis motion is practical.
Identify the relationships between faces, compound-angle features and surfaces that must survive setup changes.
Show limited-access areas, deep features and tool-orientation constraints in the model and drawing.
Separate cosmetic or continuous surfaces from functional interfaces and define their finish requirements.
Wall stiffness, clamping zones and part geometry are reviewed before the setup strategy is selected.
Define critical features and documentation requirements so the inspection scope can be planned with the process.
A CLEARER PATH TO YOUR PARTS
The process review determines whether 3+2 indexed positioning gives sufficient access or whether simultaneous motion is needed for continuous complex surfaces and compound angles.
Provide the 3D model, 2D drawing, material, quantity, critical datums, compound angles, surface zones, tolerance and inspection requirements.
Review tool access, complex surfaces, wall stiffness, fixture stability, datum relationships and finish keep-out areas.
3+2 indexed or simultaneous 5-axis toolpaths are chosen around tool access, compound angles, surface continuity and the datum relationships that must survive setup changes.
Drawing-defined checks for complex multi-face features, critical surfaces, datums and agreed documentation.
Production and shipment planning based on the agreed schedule, approved drawing and shipping terms.
QUALITY ASSURANCE
Inspection is planned around the multi-face geometry and datum relationships that govern the part. T-One applies 100% inspection against the drawing and agreed inspection requirements; dimensional, CMM, FAI and material documentation can be provided when specified.
Our Quality Process →
FROM PROTOTYPE TO PRODUCTION
Timing is planned after the drawing is frozen and the complex geometry, tool access, fixture strategy, material, finish and inspection requirements are understood.
Typically 3–7 days after requirements are confirmed · Validate access, datums and complex surface strategy
Plan fixture approach, tool access, finish zones and inspection requirements before scheduling
Typically 25 days after drawing freeze · Timing depends on setup complexity, material, quantity, secondary operations and inspection scope
FREQUENTLY ASKED QUESTIONS