Fast Drilling, Tapping and Light Milling
CNC Drilling & Tapping Centers
Compact CNC machining centers for drilling, tapping and milling components, with spindle, tooling and axis configurations selected according to the application.
A CNC drilling and tapping center is a compact machining center designed for programmed drilling, tapping and related milling operations. Its configuration commonly combines a vertical spindle, automatic tool changer and CNC-controlled linear axes.
The right machine depends on the workpiece material, dimensions, hole sizes, thread specifications, machining operations, tolerances and production volume. Explore more CNC machine solutions or send your part drawing for technical review.
What is a CNC drilling and tapping center?
A drilling and tapping center is a CNC machining center configured to perform drilling, tapping and milling operations. Available capabilities vary according to the spindle, CNC control, tool changer and installed options.
Suitable applications
- Components with multiple drilled and tapped holes
- Plates, brackets and covers
- Housings and enclosures
- Automotive and general engineering parts
- Electronic and communication-equipment components
- Medical components where supported by the selected machine
- Small and medium-sized milled parts
- Repeated production requiring several tool changes
Functional benefits
- Combination of drilling, tapping and milling operations
- Automatic tool changing
- Compact machine configurations
- Programmed hole positions and machining sequences
- Availability of different table and travel sizes
- Potential integration with rotary tables and additional axes
- Potential integration with robots and automated loading
- Through-spindle coolant options on supported models
How to select the right machine
- - Define the workpiece material, dimensions and weight
- - Provide the hole diameters, depths and positions
- - Specify the thread type, size, pitch and depth
- - Determine whether rigid tapping or thread milling is required
- - Define the required milling and finishing operations
- - Check the required X, Y and Z-axis travels
- - Review table dimensions and maximum load
- - Select spindle speed, power, torque and taper
- - Review tool-magazine capacity and maximum tool size
- - Specify the required tolerances and surface finish
- - Determine coolant and chip-removal requirements
- - Confirm additional-axis and automation requirements
- - Define the expected production volume and operating pattern
Technical data to verify
- X, Y and Z-axis travels
- Table dimensions and maximum load
- Maximum workpiece envelope
- Spindle speed, power, torque and taper
- Drilling and tapping capacity
- Supported thread sizes and cutting conditions
- Cutting-feed and rapid-traverse rates
- Tool-change time and tool capacity
- Maximum tool diameter, length and weight
- Through-spindle coolant availability
- Additional rotary-axis compatibility
- Positioning and repeatability values
- Machine dimensions, weight and utilities
Installation and lifecycle requirements
Electrical supply, compressed air, coolant, chip handling, tooling, tapping holders, workholding, programming, operator training, preventive maintenance and spare-parts requirements must be confirmed from the official documentation for the selected model.
Send the part drawing, material, dimensions, hole and thread details, tolerances, machining operations and production quantity to SAKKARY MACHINERY for technical machine selection.
Questions we are asked
What operations can a CNC drilling and tapping center perform?
It can perform drilling and tapping, while many configurations also support milling, boring, countersinking and related operations within the verified machine capacity.
Can the machine produce different thread sizes?
Supported thread types and sizes depend on the spindle, CNC control, tooling, workpiece material and selected model.
What is the difference between a drill-tap center and a vertical machining center?
A drill-tap center is commonly a compact machining center optimized for drilling, tapping and rapid tool changes. Milling capacity must be compared with the application requirements.
Can an additional rotary axis be installed?
Some models support rotary or tilting tables for additional-axis machining. Mechanical, electrical and CNC compatibility must be verified.
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