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Deep hole drilling machine application and required process result; Bore geometry and entry conditions: Specify diameter, depth, straightness, surface finish and intersecting holes. Entry guidance, blind ends and interruptions influence tool selection and whether single-lip or another deep-drilling process is suitable.; Coolant and chip evacuation: Compare pressure and flow at the tool, filtration, temperature control and chip separation. Tool performance must be evaluated with the specified material and bore depth, not with the coolant pump's nameplate alone.; Representative input variation and difficult production cases; Required acceptance evidence: Drill representative bores to full depth, then inspect straightness, size and surface condition using an agreed method. Include chip-control observations, tool changes and entry or exit quality.; Site and utility scope: Plan coolant tanks, filtration access, tool-length handling and safe chip collection. Long parts may need steady support and alignment before the drilling cycle begins.; Service provision: Maintain guide bushings, coolant cleanliness, spindle alignment and tool regrinding records. Track bore quality against tool condition so deterioration is found before a long part is scrapped.; OEM/ODM engineering scope: OEM workholding and loading can be tailored; ODM multi-bore processes require tool-path and coolant trials plus a validated deep-bore inspection strategy.; Upstream preparation and downstream handling interfaces; Destination country and applicable installation requirements; Production schedule, changeover mix and operator availability; Drawings, samples, inspection method and rejected-output criteria.