DTS

Select an ejector drill head by the incoming bore, tool series and complete double-tube assembly rather than diameter alone.

Separate connector condition, fluid delivery and chip-return observations when documenting service on an ejector drilling assembly.

Evaluate an ejector application through workpiece sealing, guided entry, the proposed assembly and delivered-bore requirements.

Plan the ejector tool train, entry guidance, fluid circuit and inspection route for an identified CNC lathe installation.

Choose ejector drilling parameters from tool-specific data and convert cutting speed, spindle speed and feed with explicit units.

Connect the ejector head, outer tube, inner tube and connector, and distinguish a product-family dimension from a universal assembly rule.

Investigate an ejector drilling incident through its timing, installed circuit, chip evidence and separately inspected bore outcome.

Use fluid and chip-return architecture to guide a comparison, then define the component and installed tooling before selecting a drilling route.

Understand ejector drilling through its double-tube supply, adapter return and documented nozzle mechanism.

Understand the ejector drilling process, its system requirements and how to evaluate it for a particular bore.