Machining Center

Machining Center for Multi-Process CNC Manufacturing

 

Machining centers integrate CNC-controlled milling, drilling, boring, tapping, and other machining operations into a single production platform. Different machine types are selected according to workpiece size, machining complexity, required accuracy, production volume, number of machining surfaces, and target cycle time.

 

 
  • CNC Drilling Center
    CNC Drilling Center combines a rigid Meehanite cast-iron structure, high-speed BT30 spindle, precision linear guideways, and 16/21T ATC to deliver high rigidity, fast positioning, consistent...
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  • High Speed Drilling Tapping Center
    The High Speed Drilling Tapping Center serves manufacturers and distributors in 3C electronics, precision hardware, instrumentation, and general metalworking. It supports batch production and OEM...
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  • High Precision Drilling Tapping Center
    The High Precision Drilling Tapping Center handles drilling, tapping, and light milling for small and medium-sized metal components.
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  • Heavy Duty Vertical Machining Center
    The Heavy Duty Vertical Machining Center is a CNC machine tool designed for high-load, high-precision machining, featuring a rigid vertical structure and integrated machining capabilities for...
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  • High Precision Vertical Machining Center
    The XMV-1060 High Precision Vertical Machining Center is built for CNC manufacturers and industrial suppliers requiring reliable batch production of automotive, mold, and mechanical components.
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  • High Speed Vertical Machining Centers
    High-Speed Vertical Machining Centers are designed for suppliers and manufacturers handling repeat production of small to medium-sized metal components.
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  • Large Vertical Machining Centers
    Large Vertical Machining Centers serve mold manufacturers, pump and valve producers, automotive suppliers, and heavy machinery builders machining large steel, cast-iron, and structural components,...
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  • 5 Axis Vertical Machining Center
    5 Axis Vertical Machining Center combines a high-rigidity Meehanite cast-iron structure, precision linear guides and direct-drive ball screws to deliver superior stability, high torque, reduced...
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  • CNC Gantry Machining Center
    CNC Gantry Machining Center is a large-format machine tool designed for precision machining of oversized workpieces, with multiple models available to meet different machining dimensions, spindle...
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  • Compact Horizontal Machining Center
    The Compact Horizontal Machining Center uses a cast-iron structure, heavy-duty roller guideways, and preloaded ball screws for high-load horizontal machining.
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  • Profile Machining Center
    The SV Series Profile Machining Center is suitable for OEMs, component manufacturers, and machining companies in the aluminum profile, construction, transportation, aerospace, automotive, and...
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Machining Center Range

 
 
01
 

Vertical Machining Centers

Vertical machining centers provide flexible milling, drilling, boring, and tapping capabilities for general precision machining.
Available configurations:

  • Heavy Duty Vertical Machining Center
  • High Precision Vertical Machining Center
  • High Speed Vertical Machining Centers
  • Large Vertical Machining Centers
 
02
 

CNC Drilling & Tapping Centers

These machines focus on high-speed drilling and tapping for components requiring multiple accurately positioned holes and threaded features.

Available configurations:

  • CNC Drilling Center
  • High Speed Drilling Tapping Center
  • High Precision Drilling Tapping Center
 
03
 

Specialized Machining Center Types

Additional configurations address specific machining structures, workpiece geometries, and multi-axis or large-part requirements.

  • 5 Axis Vertical Machining Center
  • CNC Gantry Machining Center
  • Compact Horizontal Machining Center
  • Profile Machining Center
CNC Drilling Center

 

 
 
Machining Center Capabilities

Multi-Process Machining

Milling, drilling, boring, tapping, contouring, and related operations can be combined within a CNC-controlled machining process.

Multi-Surface Machining

Horizontal and five-axis configurations can improve access to multiple workpiece surfaces while reducing secondary setups.

Precision Feature Machining

CNC-controlled axis movement supports accurate machining of holes, pockets, slots, bores, contours, and other critical features.

Automated Machining

Automatic tool changing, workholding, chip removal, part handling, and robotic integration can be incorporated according to production requirements.

 

Machine Selection Criteria
 

Machining Requirements by Operation

Drilling & Tapping: CNC drilling and tapping centers are suited to components dominated by hole-making and threaded features, particularly where repetitive production and short cycle times are important.


Multi-Process Machining: Vertical machining centers combine milling, drilling, boring, tapping, and other operations for components requiring broader machining capability.


Multi-Axis Machining: Five-axis configurations provide access to multiple surfaces and complex geometries that are difficult to machine efficiently with conventional three-axis equipment.


Profile Machining: Profile machining centers are intended for components where contours, profiles, and shaped features are the primary machining requirements.

Workpiece & Machining Requirements

Small & Medium Components: Compact vertical and drilling-tapping configurations are suitable for smaller components requiring high-speed machining, flexible positioning, and efficient repetitive production.


Large & Heavy Components: Large vertical and gantry configurations provide larger working envelopes, greater table capacity, and structural rigidity for large or heavy workpieces.


Complex 3D Components: Five-axis machining centers can provide coordinated multi-axis movement for curved surfaces, multiple machining orientations, and features with limited tool accessibility.


Profiled Components: Profile machining configurations can be considered when elongated profiles, contours, or specially shaped sections are the primary workpiece characteristics.

Performance Requirements

Primary Requirement

Relevant Machine Characteristics

Typical Configuration

Tight Tolerances

Positioning accuracy & repeatability

High Precision

High Production Rate

Spindle speed & rapid movement

High Speed

Heavy Cutting

Structural rigidity & spindle torque

Heavy Duty

Large Workpieces

Travel range & table capacity

Large / Gantry

Complex Geometry

Multi-axis movement & tool accessibility

Five-Axis

Repetitive Hole Machining

Drilling, tapping & rapid positioning

Drilling & Tapping

 

Typical Machined Parts

 

Automotive Components — Suitable for multi-feature automotive parts requiring accurate holes, milling operations, and repeatable batch production.


Machine Components — Used for brackets, structural components, housings, and other parts requiring milling, drilling, boring, or related operations.


Housings & Bodies — Suitable for components with multiple faces, bores, pockets, and hole patterns that may require multi-side machining.


Molds & Tooling — Five-axis and precision vertical configurations can support complex contours, pockets, curved surfaces, and tighter machining requirements.


Large Structural Parts — Gantry and large vertical machining centers provide the working envelope and rigidity required for large or heavy components.


Precision Small Components — High-speed vertical and drilling-tapping configurations are suitable for small components requiring rapid machining, accurate holes, and consistent batch production.


Profiled Components — Profile machining centers are suitable for elongated or shaped components requiring controlled contour and profile machining.

 

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Manufacturing Capabilities & Quality Assurance

15+ Years of Machine Tool Expertise
Specializing in CNC gear hobbing machines,CNC lathes, machining centers, and automated production lines to meet different workpiece and machining requirements.

20,000 m² In-House Manufacturing
Equipped with CNC gantry miling machines,guideway grinding machines, CNC boring machines, and other production equipment to maintain direct control over key manufacturing and assembly processes.

ISO 9001 & High-Tech Enterprise
Operating under an ISO 9001 quality management system and supported by 12 utility model patents as a National High-Tech Enterprise and Technology-Based Enterprise.

Application-Proven Performance
Equipment is used for automotive power train components, transmission gears, drive shafts, motor shafts, spline shafts, and other precision-machined components.

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Turnkey Engineering & After-Sales Support

 

Process & Production-Line Support

Engineering assistance covering equipment selection, process planning, tooling and cutting-tool configuration, and automated production-line layout.

Rapid 24-Hour Service Response

Technical support from installation through operation. When an issue cannot be resolved remotely, an on-site arrival time is provided within 24 hours.

Heavy Duty Vertical Machining Center

 

FAQ

 

 

Q: What is a machining center?

A: A machining center is a CNC machine tool that combines operations such as milling, drilling, boring, and tapping with programmable axis movement and automatic tool changing.

Q: What types of machining centers are available?

A: The range includes vertical, drilling and tapping, five-axis, gantry, horizontal, and profile machining centers, with different configurations for accuracy, speed, workpiece size, and production requirements.

Q: How do I select the right machining center?

A: Selection should consider the required machining operations, workpiece dimensions and geometry, number of machining surfaces, accuracy requirements, production volume, target cycle time, and automation requirements.

Q: When is a vertical machining center suitable?

A: Vertical machining centers are suitable for general-purpose milling, drilling, boring, tapping, and other multi-feature machining operations across a broad range of components.

Q: When should I use a drilling and tapping center?

A: A drilling and tapping center is appropriate when hole-making and threaded features represent the main machining requirements, particularly for repetitive production and short cycle times.

Q: When is a five-axis machining center required?

A: A five-axis configuration is suitable for complex components requiring multiple machining orientations, curved surfaces, or access to features that are difficult to reach with conventional three-axis machining.

Q: When should I choose a gantry machining center?

A: Gantry configurations are generally selected for large or heavy workpieces requiring a large machining envelope, high rigidity, and stable cutting under higher loads.

Q: What factors affect machining center accuracy?

A: Machine structure, guideways, spindle performance, CNC positioning, thermal stability, workholding, tooling, cutting conditions, and process setup can all affect machining accuracy.

Q: Can machining centers be integrated into automated production lines?

A: Yes. Automatic loading and unloading, robotic handling, chip removal, tool management, and upstream/downstream equipment can be integrated according to the production process.

Q: What information is required for a machine recommendation?

A: A workpiece drawing or 3D model, material, dimensions, weight, machining operations, tolerance requirements, production quantity, target cycle time, tooling requirements, and automation needs provide the main information required for machine selection.

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