4 Axis CNC Machining Center With Laser Cutting And Drilling Milling
video

4 Axis CNC Machining Center With Laser Cutting And Drilling Milling

3500mm 4-Axis Machining Center with Laser Drilling This 3500mm 4-axis machining center is a composite CNC equipment that integrates large-stroke milling, 4-axis simultaneous machining and high-precision laser drilling functions. It breaks the limitation of traditional single-process machine tools, realizing one-time clamping of large-size workpieces to complete milling, chamfering, complex curved surface processing and micron-level micro-hole drilling. The equipment adopts an integrally cast high-rigidity bed, equipped with a high-performance servo system, which can maintain stable machining accuracy under long-term heavy cutting conditions. It is widely used in aerospace structural parts, engineering machinery boxes, automotive fuel nozzle micro-holes and other high-precision manufacturing scenarios, effectively reducing secondary clamping errors and improving overall production efficiency.
Send Inquiry
Chat Now
Product Introduction

‌4 axis CNC Machining Center with laser cutting and drilling milling

product-2048-2048

Product Introduction and Analysis

I. The laser four-axis profile machining center is a CNC machining system specifically designed for long, strip-shaped profiles (aluminum, steel, copper, PVC, etc.). It adds a rotary axis (A-axis) to the traditional X/Y/Z three-axis configuration and, in conjunction with an AI-powered, programming-free

intelligent system, enables multi-surface and multi-angle machining without the need for manual G-code programming.

II. Machine Body: High-rigidity steel frame bed, high-rail structure, ultra-long-travel guideways (X-axis optional

3500–6500 mm); the X-axis employs high-precision helical gears and racks, assisted by three high-precision square guideways;

the Y-axis and Z-axis utilize high-precision ball screw drives, assisted by four high-precision square guideways.

III. X/Y/Z linear axes + A-axis rotary table (±90° tilt), supporting 3+1 positioning and four-axis interpolation.

IV. One-click import of 3D drawings in STEP format, automatically generating toolpaths and machining features (drilling (straight holes/

angled holes), tapping, milling (flat/curved surfaces/irregular grooves), chamfering, and engraving). The system automatically calculates

the optimal toolpath, performs automatic tool setting, automatic tool changing, and automatically completes all machining operations.

V. In-line/turret-style tool magazine (9–16 tool positions) enables composite machining such as drilling, milling, tapping, chamfering, and engraving.

VI. Multi-station clamping enables multi-surface machining with a single setup; servo fixture collision avoidance function (optional)

VII. High-speed electric spindle with 12,000–24,000 rpm, selectable power range of 9–18 kW; optional laser power of 3–6 kW

VIII. No professional programmers required; no need to master G-code. Ordinary operators can be trained and ready to work in just 2 hours,

significantly lowering the workforce entry barrier.

IX. Core advantages of laser processing: fast processing speed, high machining accuracy, high-quality cut surfaces, and high production efficiency.

Fiber lasers can cut materials such as carbon steel, stainless steel, copper, aluminum, and galvanized sheet metal.

The four-axis profile machining center, through the combination of four-axis interpolation and an AI-powered, programming-free intelligent system, has completely transformed traditional profile machining methods, achieving four major breakthroughs: increased efficiency, reduced costs, improved precision, and enhanced flexibility. For industries such as industrial aluminum profiles, glass curtain walls, new energy vehicles, and industrial automation, it is a key piece of equipment for industrial upgrading. It is particularly well-suited for small-batch, high-variety, and customized production needs, providing robust technical support for the digital transformation of the manufacturing sector.

product-800-1313

product-1440-1079

Aerospace Industry‌: For one-time processing of large-size structural parts such as aircraft frame profiles and turbine blade micro-holes, avoiding multiple clamping deformation.

Automotive Manufacturing‌: Efficiently complete high-precision drilling of fuel injector micropores and milling of new energy vehicle battery trays, meeting the requirements of mass production consistency.

Medical Device Industry‌: Process tiny holes on surgical instruments and implant parts, ensuring no burrs on the hole wall and high surface finish.

Hard Tool Processing‌: Realize the forming of chip breakers on PCD/CBN superhard tools, which cannot be completed by traditional milling processes.


FAQ:

Q: What is the maximum depth-to-diameter ratio that laser drilling can achieve?
A: The equipment can support a maximum depth-to-diameter ratio of 50:1, and the laser module can be adjusted with multiple pulse widths to ensure uniform hole wall quality.

Q: Can the milling and laser drilling functions be switched automatically?
A: Yes, the system is pre-installed with a dedicated switching program, which can automatically complete the function switching without manual intervention, and the switching time is less than 30 seconds.

Q: What is the warranty period of the equipment?
A: The whole machine is guaranteed for 15 months, and the laser core component is guaranteed for 2 years, providing 7×24-hour remote video after-sales guidance.

Q: What is the power supply requirement of the equipment?
A: The equipment adopts 380V three-phase power supply, the total power is ≤15KVA, and the minimum air pressure requirement is 5kg/cm², which is compatible with the standard industrial supporting environment.

 

Hot Tags: 4 axis cnc machining center with laser cutting and drilling milling, China 4 axis cnc machining center with laser cutting and drilling milling manufacturers, suppliers, factory

Send Inquiry

whatsapp

Phone

E-mail

Inquiry