We combine digital engineering, machining and precision measurement in one planned workflow.
Explore our five areas of expertise; each card links to its technical section.
Pockets, holes and contours on vertical machining centres.
Precise diameters, faces and cylindrical parts.
Inspection with CMM and suitable measurement methods.
3D model review, CAM programming and simulation.
Part-specific workholding and tooling design.
Images are illustrative.
A planned flow from model to toolpath.
Milling and turning operations.
Verification of critical dimensions.
We plan production with a data-driven approach from engineering to measurement. Each part is made with modelling, machining and inspection planning considered together.
Operation sequence, tool access and surface finish are evaluated with part geometry and fixturing strategy in mind.
Outer diameter, facing, grooving and boring operations are planned for shaft, bushing and flange geometries.
Critical dimensions are verified with a suitable method against the drawing's tolerance requirements.
Toolpaths, setup orientations and potential collision risks are evaluated on the part model before production.
The workholding approach is defined from the part geometry, its reference surfaces and the machining sequence. Fixture planning supports repeatable location and clear tool access.
Every capability works as part of the same planned flow.
Drawings, 3D models, material and tolerance requirements are reviewed.
Fixturing, tooling, operation sequence and simulation are planned.
CNC milling and turning operations are carried out to plan.
Critical dimensions are verified and parts are delivered with their records.
Let us review your drawings and requirements and plan the right manufacturing approach together.
