Multi-Sided CNC Machining Solutions
CNC Horizontal Machining Centers
Horizontal CNC machining centers for milling, drilling and boring multi-sided components, with configurations selected according to the part and production requirements.
A CNC horizontal machining center has a horizontally oriented spindle that approaches the workpiece from the side. Many configurations use an indexing or rotary table to provide access to multiple faces of the component.
Machine selection depends on the workpiece material, dimensions, weight, machining operations, tolerances and production volume. Explore more CNC machine solutions or send your part drawing for technical review.
What is a CNC horizontal machining center?
A horizontal machining center is a CNC milling machine with a horizontally oriented spindle. Depending on the model, the workpiece may be mounted on a fixed, indexing or continuously controlled rotary table.
Suitable applications
- Multi-sided prismatic components
- Gearbox and transmission housings
- Valve, pump and hydraulic components
- Engine and automotive components
- Cast and fabricated machine parts
- Components requiring milling, drilling, boring or tapping
- Repeated production with pallet systems where supported
- Complex parts within the verified machining envelope
Functional benefits
- Access to multiple workpiece faces
- Reduced repositioning for suitable components
- Chip evacuation supported by the horizontal spindle arrangement
- Availability of indexing or rotary-axis configurations
- Potential integration with automatic pallet changers
- Potential integration with pallet pools, robots and flexible manufacturing systems
- Different spindle and tool-magazine options according to the application
How to select the right machine
- - Define the workpiece material, dimensions and weight
- - Review the maximum machining diameter and height
- - Check the pallet or table dimensions and load capacity
- - Define the required X, Y and Z-axis travels
- - Confirm the required indexing resolution or rotary-axis movement
- - Select spindle speed, power, torque and taper for the material
- - Define milling, drilling, boring and tapping operations
- - Review tool-magazine capacity and maximum tool dimensions
- - Determine whether an automatic pallet changer is required
- - Assess probing, coolant and chip-management requirements
- - Confirm automation and production-monitoring requirements
- - Specify the required tolerances and surface finish
Technical data to verify
- X, Y and Z-axis travels
- Pallet or table dimensions
- Maximum pallet load
- Maximum workpiece envelope
- Rotary-axis configuration
- Spindle speed, power, torque and taper
- Cutting-feed and rapid-traverse rates
- Tool-magazine capacity
- Maximum tool size and weight
- Pallet-changer configuration
- Positioning and repeatability values
- Machine dimensions, weight and utilities
Installation and lifecycle requirements
Foundation, electrical supply, compressed air, coolant, chip handling, tooling, fixtures, pallet loading, lifting, 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, weight, machining operations, tolerances and production quantity to SAKKARY MACHINERY for technical machine selection.
Questions we are asked
What is the difference between horizontal and vertical machining centers?
The main difference is spindle orientation. A horizontal machining center approaches the workpiece from the side and may use a rotary table to access several faces.
What parts are suitable for horizontal machining?
Typical applications include housings, castings and multi-sided components requiring milling, drilling, boring or tapping within the machine’s verified capacity.
Does every horizontal machining center include a pallet changer?
No. Pallet quantity and changing systems depend on the model and selected configuration.
Can the machine perform continuous rotary-axis machining?
Some models provide indexing only, while others may support continuous rotary movement. The required capability must be verified for the selected model.
Tell us the part you need to make
An engineer reads every request. Usually the same working day.
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