SERIES 03

Deep-hole peck drilling equipment

Deep-hole peck drilling with stable chip evacuation

Mold Accessories
Automotive Parts
Optical module

For deep-hole drilling with a high depth-to-diameter ratio, employ a peck drilling cycle with cooling and chip evacuation to minimize tool breakage risk and maintain consistent hole wall quality.

Itinerary: Pending Confirmation
Spindle: Single/Multi-axis
RPM: Pending Confirmation

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Main Specifications

Manufacturing Capacity

Parameter Item	Parameter Value
Processing Type	Deep Hole Peck Drilling / Boring
Suitable Materials	Steel, Aluminum, Copper, Cast Iron, and Mold Steel
Drilling Diameter Range	Pending customer confirmation
Maximum Drilling Depth	Pending customer confirmation

Structure & Itinerary

Parameter Item	Parameter Value
Spindle Type	Single spindle / Multi-axis optional
X / Y / Z Itinerary	Pending customer confirmation
Workbench dimensions	Pending customer confirmation
Spindle speed range	Pending customer confirmation

Controls & Accessories

Parameter Item	Parameter Value
Control System	CNC System (Brand and Model TBD)
Peck Drill Strategy	Staged feed and retract with coolant for chip evacuation
Total Power	Pending customer confirmation
Cooling Method and Flow Rate	Pending customer confirmation
Dimensions and Weight	Pending customer confirmation

The above parameters are based on actual test data provided by the enterprise. Maximum drilling depth can be customized according to workpiece requirements.

Device Highlights

Close-up of a deep-hole drill bit machining into a metal workpiece

Peck drilling retract/entry strategy

Set step feed and retract based on hole depth to facilitate chip evacuation and reduce the risk of tool breakage in deep-hole machining.

Deep-hole machining coolant nozzle and workpiece

Coolant and chip evacuation

Match cooling methods to material and hole depth to maintain stable cutting zone temperatures, helping preserve hole wall quality.

Template drilling processing scenario for formwork

Molds and thick-wall parts compatibility

Ideal for workpieces requiring deep-hole machining, such as mold bases and thick-walled shells. Shaft count can be configured based on hole distribution.