fwincnc 5 axis laser bevel cutting machine

5 Axis Bevel Laser Cutting Machine

5-Axis Fiber Laser Cutting Machine with 360° rotating head, V/Y/X bevels, boosts cutting efficiency 75% for metal manufacturing.

Features of 5-Axis Bevel Laser Cutting Machine

One-Pass Bevel Cutting: Achieve 0–45° V, Y, X bevels in a single operation for high efficiency and precision.
Superior Speed & Accuracy: Outperforms plasma bevel machines with faster processing and first-class bevel precision.
Advanced Laser Head & CNC: Ultra-powerful cutting head with intelligent control system ensures stable, consistent results.

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Fiber Laser Cutting Machine

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Bevel Laser Cutting Machine

The 5-Axis Metal Plate Bevel Laser Cutting Machine breaks through conventional 0° straight cutting, achieving up to 45° V, X, and Y bevels in a single pass. Unlike traditional cutting or milling, it completes bevel processing in one operation, delivering high dimensional accuracy and superior surface quality. This improves production efficiency, ensures consistent quality, and reduces material waste, making it ideal for industrial B2B metal fabrication.

Data Sheet

machine model:	3015/4020/6020/8020
max working area	1500mmx3000mm/2000mmx4000mm/2000mmx6000mm/2000mmx8000mm
Cutting angle	±45°
Laser source	6000W/12000W RAYCUS fiber laser
laser head	Swiss RAYTOOLS with auto focus
software	Professional 5 axis bevelling cuts controlling system with Cypcut software
motor and driver	Japanese YASKAWA servo motors 1300W
Reducer	Japan SHIMPO reducer
Water chiller	S&A brand with Dual temperature,dual control
Rack and pinion	Taiwan brand T-WIN rack and pinion
Guild rails	HIWIN GUILDER RAIL
Exhaust fan	Blower Exhaust fan
motor and driver	Japanese YASKAWA servo motors 1300W
Voltage stablizer	YES
X,Y axis repated postition accuracy	±0.1/10000mm
Accessories included	1 SET RAYCUS FIBER LASER SOURCE 2000W
	1 SET RAYTOOLS LASER HEAD(AUTOMATIC FOCUS)
	1 SET WATER CHILLER
	CYPCUT SOFTWARE
	INDUSTRIAL COMPUTER
	FAN
	LASER PROTECTION GLASSES
	FIBER LASER CUTTING BED

5 Axis 12KW Bevel Fiber Laser Cutting Machine Cut 30mm Metal

Applications of Laser Bevel Cuts

1. On Machine Chamfering

Chamfering is a fundamental technique employed in the finishing process to eliminate sharp edges resulting from square cuts.

It serves the purpose of both beveling the cut and providing a polished finish. Utilizing laser cutters for angle cut operations not only offers convenience but also significantly expedites the process compared to traditional methods

2. Weld Preparation

Bevel laser cutting is widely utilized for two primary purposes: weld preparation and chamfering. These applications are highly favored due to the significant advantages they offer. One notable benefit of bevel cuts is their ability to enhance weld efficacy.

Specifically, the A and V-cuts mentioned earlier are specifically designed to improve the welding process. By creating bevels, the surface area of the weld between two adjacent workpieces is increased, resulting in a stronger bond.

3. Cutting Oddly Shaped Parts

The operator’s imagination only limits angled laser cutting. Adding another axis of rotation to a cutting machine will allow more diverse cutting operations. Undercuts and conical cuts are very difficult with regular laser cutters.

There are workarounds to help you make complex cuts with regular laser cutting machines. But they have their limitation. For example, you can make normal cuts on the first pass and reorient the workpiece to make angled cuts on the second pass.

The set path of the laser beam on the metal surface is called a pass. Lasers can’t penetrate thicker materials, so they are cut in multiple passes. Multi-pass cutting is a very time-consuming process. It takes more time to remove and reorient the workpiece than to perform the cutting operations.

Thus, automated laser beveling is the way for complex designs requiring straight-edge and angled cuts. Its on-machine processing is a major time saver and keeps high-volume productions on track.

Bevel Fiber Laser Cutter Detail Display

Why Get Bevel Fiber Laser Cutting machine?

1. 3D cutting

The ability to perform 3D laser cutting on complex shapes and contours with precision is a major advantage of a 5-axis machine. Unlike 2-axis or 3-axis machines, which are restricted to flat designs and simple shapes, this flexibility sets the 5-axis machine apart.

2.Reduce material waste

By integrating the cutting process into a single step, the laser enables the production of parts with enhanced mechanical precision, thereby minimizing the amount of material that goes to waste. In contrast, 2-axis and 3-axis machines often result in significant material wastage due to the laser head’s limited efficiency in movement.

3.Enhanced Precision and Accuracy

CNC machines are known for their precise and accurate cutting capabilities. Nevertheless, 5-axis laser cutting takes it a step further by allowing for multiple setups, thereby enhancing precision and accuracy.

With multiple setups, the machine can cut parts regardless of the orientation of the workpiece. Whether the workpiece is mounted upside down, tilted, or at an angle, the laser cutting remains unaffected.

4.Improved Cutting Efficiency

Laser cutting is a rapid procedure that facilitates swift and precise measurements on intricate components with a simple command.

However, 3-axis machines introduce unnecessary delays in the process due to the need for multiple laser passes and repositioning of the workpiece. The time lost in detaching and subsequently reattaching a workpiece leads to a decrease in the overall efficiency of the cutting process.

5.Reduced Production Costs

Increasing your production rate by creating high-quality laser-cut parts at a rapid pace with exceptional accuracy and precision can significantly enhance your overall productivity.

This boost in production rate translates to a greater number of parts manufactured per day, ultimately leading to reduced operational expenses. Consequently, businesses engaged in large-volume manufacturing can greatly benefit from the utilization of 5-axis laser cutters.

Bevel Laser Cutting Machine in Manufacturing Applications

In modern manufacturing, many components require angled grooves for structural design or assembly, which is essential in automobile, industrial machinery, agricultural machinery, and shipbuilding. These grooves prepare parts for precise welding, ensuring full penetration and strong joints.

Traditional methods like flame or plasma cutting often leave deep nick marks, cause thermal deformation, and require additional grinding or rework—leading to inefficiency and material waste.

Laser bevel cutting offers a superior alternative:

Minimal thermal deformation, preserving the integrity of high-strength steel plates.
High-quality incisions for V, X, Y, and other groove shapes in a single pass.
Enhanced efficiency, reduced material loss, and improved weld quality.

Industry examples:

Shipbuilding: T-shaped low-alloy steel components are cut with precision, reducing weight while maintaining structural stability.
Construction machinery: High-strength steel structures are laser-cut to control welding heat, ensuring joint toughness and avoiding embrittlement.

Laser bevel cutting significantly improves processing efficiency, weld quality, and material utilization, making it the preferred choice over traditional flame or plasma methods in advanced manufacturing.

Get Free Quote of Bevel Laser Cutting Machine

Boost your production efficiency with our 5-Axis Bevel Laser Cutting Machine. Achieve precise V, X, and Y bevels in one pass, reduce material waste, and ensure superior surface quality. Ideal for industrial B2B metal fabrication, this machine streamlines your workflow and guarantees consistent results.

Get your free quote today and elevate your workshop’s cutting capabilities!

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