High Speed CNC Milling Equipment
This High Speed CNC Milling Equipment is engineered for continuous, high-duty-cycle milling, engraving, drilling, pocketing, contouring, and profiling. The system integrates a thermally stress-relieved steel frame, high-precision linear motion components, and a high-frequency spindle to maintain dimensional stability under demanding machining loads.
Description
Product Overview
This High Speed CNC Milling Equipment is engineered for continuous, high-duty-cycle milling, engraving, drilling, pocketing, contouring, and profiling. The system integrates a thermally stress-relieved steel frame, high-precision linear motion components, and a high-frequency spindle to maintain dimensional stability under demanding machining loads.
Optimized for processing non-ferrous metals, engineering plastics, industrial composites, and wood, the equipment delivers stable performance from prototyping to medium and large-scale batch manufacturing. Integrated automatic tool changing and industrial motion control minimize setup intervals and maximize spindle utilization across complex multi-axis toolpaths.
Product Advantages
High-Rate Material Removal: High-frequency spindle technology matched with optimized acceleration and deceleration algorithms delivers clean edge quality and consistent chip loads.
Thermally Stress-Relieved Structure: The heavy-duty welded steel base and gantry undergo controlled thermal tempering to eliminate internal stress, ensuring mechanical alignment and geometric repeatability over extended production lifespans.
Synchronous Motion Transmission: Dual-drive helical rack-and-pinion systems, precision-ground ball screws, and preloaded square linear guideways ensure accurate positioning and smooth interpolation.
Automated Tool Management: The high-speed automatic tool changer transitions tools directly within the machining cycle, minimizing non-cutting time and optimizing cycle times.
Industrial Duty Cycle: Designed with isolated electrical cabinets, active thermal protection, and automated lubrication to support reliable multi-shift operations.
Broad Material Compatibility: Engineered to process aluminum alloys, brass, copper, acrylics, polycarbonates, technical structural foams, solid hardwoods, and advanced composite panels.
Technical Specifications
|
Item |
Specification |
|
Working Area |
1300 x 2500 x 300 mm (Customizable options available) |
|
Spindle Power |
9.0 kW High-Frequency Spindle |
|
Spindle Speed |
6,000 - 24,000 rpm |
|
Tool Changer |
Linear Automatic Tool Changer |
|
Tool Capacity |
12 Positions |
|
Drive System |
Closed-Loop AC Servo Motors |
|
Transmission |
Precision Ball Screw & Helical Rack and Pinion |
|
Guide Rail |
Linear Guideways (Square Profile) |
|
Positioning Accuracy |
±0.05 mm |
|
Repeat Positioning Accuracy |
±0.03 mm |
|
Maximum Rapid Speed |
60 m/min |
|
Control System |
Industrial Bus-Based CNC Controller |
|
Working Voltage |
Configured to regional three-phase industrial standards |
Typical Applications
● Precision aluminum component machining
● Mold cavity and tooling fabrication
● Mechanical prototype engineering
● Industrial electrical enclosure milling
● Composite panel and sandwich structure sizing
● Engineering plastic component profiling
● Technical signage and architectural cladding
● Heavy-duty furniture and cabinet manufacturing
● Functional design and rapid prototyping
● Industrial marking and engraving
Customization Options
Envelope Modifications: Custom X, Y, and Z-axis travels and table dimensions.
Spindle Selections: Varied power configurations with air or liquid cooling options.
Tool Storage: Expanded carousel or linear tool magazines.
Workholding Systems: Multi-zone vacuum tables with dedicated high-flow vacuum pumps.
Extraction Systems: Dust collection shrouds and industrial extraction units.
Rotary Axis Integration: True 4th-axis indexing or continuous rotary units.
Lubrication Systems: Programmable automatic lubrication systems for linear guides and ball screws.
Enclosures & Safety: Light curtains, interlocking safety doors, and full machine enclosures.
Certifications
All equipment undergoes standardized quality control processes. The following documentation is supplied with the machine:
Packaging & Transportation
Packaging procedures protect the machine's mechanical alignments and electronic systems against moisture, corrosion, and physical impact during international transport.
Corrosion Protection
Application of protective oil barriers wrapped in heavy-duty vapor barrier film.
Shock Mitigation
Heavy-duty internal blocking and tie-down brackets for critical structural elements.
Crate Engineering
IPPC-compliant, reinforced export wooden crates designed for forklift and crane handling.
Securing Method
Anchor systems within the crate to eliminate lateral and vertical movement.
Components Kit
Handbooks, electrical schematics, and standard maintenance tools packed in a dedicated storage case.
Logistical Suitability
Optimized for secure sea freight containerization, rail freight, and overland shipping.
FAQ
Q: What materials is this machine capable of processing?
A: The equipment is engineered to process non-ferrous metals (including aluminum, brass, and copper), engineering plastics, acrylics, composite panels, MDF, hardwoods, and technical foams.
Q: Are the physical dimensions and component configurations customizable?
A: Yes. The working envelope, spindle output, tool capacity, vacuum holding configuration, and safety systems can be engineered to match specific production requirements.
Q: Does the system support multi-operation cycles without manual stopping?
A: Yes. The integrated automatic tool changer allows milling, drilling, engraving, profiling, and pocketing to execute sequentially within a single program.
Q: Is the equipment built to support continuous multi-shift production?
A: Yes. The combination of a stress-relieved steel frame, closed-loop servo drives, industrial cooling, and automated lubrication allows the machine to operate reliably across consecutive shifts.
Q: Which file formats are compatible with the industrial controller?
A: The controller processes standard G-code and M-code files output by mainstream commercial CAD/CAM software.
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