HF3015H CNC Laser Cutting Machine

HF3015H CNC Laser Cutting Machine Selling Points

High Productivity and Efficiency:

This New laser cutting machine offers high productivity and efficiency, suitable for various industries such as advertising companies, food & beverage shops, and manufacturing plants. Its continuous wave mode and high cutting speed of 0.5~35(m/min) enable fast and precise cutting of metal materials.

Water-Cooled and Durable Design:

Equipped with a water cooling system, this machine ensures stable and long-lasting performance, reducing the risk of overheating and extending its lifespan. Its durable design and robust construction make it suitable for heavy-duty applications.

Advanced Control System:

The machine features a Au3tech/Bochu Cypcut control system, providing precise control and accurate cutting results. The user-friendly interface allows for easy operation and monitoring of the cutting process.

Multi-Format Graphic Support:

This laser cutting machine supports various graphic formats, including DXF, AI, PLT, BMP, DST, DWG, LAS, and DXF, making it compatible with a wide range of design software. This flexibility enables users to work with different file types and design software.

Comprehensive Warranty and After-Sales Service:

The machine comes with a 3-years warranty on core components and provides online support, ensuring that users receive timely assistance and maintenance.

Products Parameter

MACHINE PARTS

Cutting Samples

What are the common problems of CNC fiber cutting machines?

If you encounter the following problems, please contact us and our technicians will provide you with the best service.

1. Cutting quality problems

The cutting edge is not smooth or the cross section is rough.

It may be caused by laser power fluctuation, focusing lens position offset, insufficient auxiliary gas pressure or blade blunting.

Surface burrs will also appear when the cutting material exceeds the capacity of the equipment.

Cutting size deviation or graphic misalignment.

Caused by incorrect software parameter settings (such as pulse number, speed, etc.) or wear of the mechanical transmission system (guide rails, belts).

Static interference or loose motor synchronous wheel will cause the cutting path to deviate.

Incomplete cutting or partial non-cut-off

Optical path offset, insufficient laser power, too fast cutting speed or material thickness does not match the equipment power.

2. Equipment operation failure

Abnormal laser light output

No laser output: loose power cord, damaged laser or cooling system failure (such as water level switch leakage).

Intermittent laser: unstable voltage, blocked water circulation or poor contact of signal line.

Equipment startup or reset failure

No action after startup: power supply not connected or motherboard parameter error.

Reset limit: limit switch signal abnormal or software parameter setting error.

Motor and transmission system failure

Inaccurate feeding or jitter: roller wear, motor drive abnormality or poor sensor contact.

Abnormal movement of the trolley: loose slider, deformed guide rail or eccentric synchronous wheel.

3. Cooling and heat dissipation problems

Equipment overheating alarm

Cooling system blockage, water temperature too high or ambient temperature exceeds heat dissipation capacity.

When the cooling capacity is insufficient, the heat sink needs to be cleaned or a high-power chiller needs to be upgraded.

Abnormal circulation pump

Insufficient suction: liquid viscosity is too high or the pipeline is blocked.

The pump does not work: insufficient liquid level or motor failure.

4. System and software problems

Control panel failure

Loose motherboard connection cable or damaged panel button.

Abnormal online data

Data cable is not plugged in firmly, USB driver is not installed or software version is incompatible.

5. Maintenance and loss issues

Optical component contamination

Dust accumulation on the lens or lens will cause the optical path to deviate and the cutting accuracy to decrease, and needs to be cleaned regularly.

Mechanical component wear

Guides, sliders, belts, etc. are prone to loosening after long-term use and need to be calibrated and replaced regularly.

Summary

Common problems of CNC fiber cutting machines mainly focus on cutting quality (rough edges, dimensional deviation), equipment operation (laser abnormality, startup failure), cooling system (overheating, pump abnormality) and mechanical loss (loose guide rails, optical contamination).

Comprehensive maintenance parameter calibration, component cleaning and system upgrades can effectively reduce the failure rate.