CNC Milling & Turning (3-, 4-, and 5-Axis)

Straton is a Connecticut-based provider of advanced 3-, 4-, and full simultaneous 5-axis CNC machining solutions. Our multi-axis platforms enable complex part geometries to be completed in a single setup, reducing stack-up error, improving true position accuracy, and maintaining datum structure integrity throughout the machining cycle.

Our 5-axis machining systems are configured to meet the rigorous standards of aerospace, medical device, and semiconductor applications. These platforms allow for:

We support lights-out manufacturing through automated tool monitoring, in-process inspection, and process control strategies that maintain statistical consistency throughout unattended production cycles. From prototype validation to full-scale production, our turning operations are designed to achieve micron-level tolerances with documented repeatability.

Straton’s CNC turning capabilities are engineered for precision and repeatability across a wide range of material types. Whether it’s titanium, stainless steel, engineered plastics, or specialty alloys, our turning centers deliver smooth finishes, tight tolerances, and dependable concentricity.

We offer advanced capabilities for both standard and oversized workpieces, with long-bed CNC lathes that accommodate high-weight and extended-length parts. These machines are ideal for turning shafts, rollers, and cylindrical components used in critical infrastructure, aerospace assemblies, and defense systems.

Whether producing high-speed aerospace brackets, tight-tolerance rotational components, or composite assemblies operating under low-RPM conditions, Straton Industries delivers process stability, traceability, and engineering-grade precision.

Using advanced 3D programming through Mastercam with direct machine integration, we execute complex multi-axis toolpaths for:

Straton leverages an advanced digital manufacturing quoting platform to streamline cost estimation directly from CAD data, improving speed, accuracy, and consistency across projects.