logo
spandoek

Blog Details

Huis > Blog >

Company blog about Guangzhou Hanniu Laser Issues Industrial Laser Equipment Selection Guide

Gebeuren
Contacteer Ons
Miss. Shelly
86-13922248750
Wechat +8613922248750
Contact nu

Guangzhou Hanniu Laser Issues Industrial Laser Equipment Selection Guide

2026-10-29

Guangzhou Hanniu Laser Machinery Co., Ltd. has spent 17 years building a comprehensive laser portfolio that spans cutting, welding, marking and surface treatment, positioning the technology as a core driver of industrial efficiency and precision. The company’s systems are engineered for both metal and non-metal processing, from precision work to heavy-duty manufacturing.

Core product lineup and technology applications

Hanniu Laser’s product line covers a wide range of requirements, from precision processing to heavy industrial manufacturing. By integrating advanced laser source technology, the company provides customized processing solutions for metal and non-metal materials.

Equipment category Primary function Applicable materials
Laser cutting machines High-precision cutting and engraving Metal, wood, MDF, paper, acrylic, rubber
Laser welding machines High-strength joining and repair Metal materials
Laser marking machines Precision marking and anti-counterfeiting Metals and various non-metal materials
Laser cleaning machines Surface rust removal, paint removal and cleaning Metal surfaces

The lineup reflects a broad industrial focus: cutting systems handle both sheet metal and non-metallic materials, while welding and cleaning systems are aimed at metal fabrication and maintenance work. Marking equipment supports identification and traceability across multiple material types.

Advanced solutions overview

In response to modern industrial demand for multifunctional equipment, Hanniu Laser has introduced several combined solutions:

  • 2-in-1 combined processing system: Combines fiber and CO2 laser technology to allow flexible switching between metal and non-metal materials, significantly improving production line space utilization.
  • High-precision welding and processing system: Supports high-quality welding processes and integrates cutting and cleaning functions, providing a one-stop processing solution for metalworking enterprises.
  • Handheld laser systems: For scenarios requiring greater flexibility, handheld cleaning and marking systems are available for on-site work and complex workpieces.

Selection guidance and technical configuration

When selecting laser equipment, users should consider material characteristics, processing precision and production scale. Hanniu Laser offers multiple configuration options, including water-cooled and air-cooled systems, as well as laser units at different power levels, designed to match diverse industrial requirements.

The company also supplies a range of spare parts, covering marking machines, polishing machines and various general laser components, to support long-term stable operation of the equipment.

Frequently Asked Questions

How should laser equipment be selected based on the material being processed?
The first step is to identify the material type. Fiber laser cutting or welding machines are generally recommended for metal materials. CO2 lasers are more suitable for non-metal materials such as wood, acrylic and rubber. For operations involving multiple materials, Hanniu’s 2-in-1 combined processing system may be considered.
What is the practical difference between water-cooled and air-cooled systems?
Water-cooled systems are typically used for high-power, long-duration continuous operations. They offer high cooling efficiency and help maintain stable laser performance. Air-cooled systems have a more compact structure and are suited to low-power applications or scenarios with equipment size constraints.
Which industrial scenarios are suitable for handheld laser cleaning systems?
Handheld systems are mainly used for local rust removal, paint removal or surface treatment before and after welding on large workpieces. Their advantage is operational flexibility: the workpiece does not need to be moved to a fixed workbench, making them particularly suitable for on-site repair or surface preparation of large structural components.
spandoek
Blog Details
Huis > Blog >

Company blog about-Guangzhou Hanniu Laser Issues Industrial Laser Equipment Selection Guide

Guangzhou Hanniu Laser Issues Industrial Laser Equipment Selection Guide

2026-10-29

Guangzhou Hanniu Laser Machinery Co., Ltd. has spent 17 years building a comprehensive laser portfolio that spans cutting, welding, marking and surface treatment, positioning the technology as a core driver of industrial efficiency and precision. The company’s systems are engineered for both metal and non-metal processing, from precision work to heavy-duty manufacturing.

Core product lineup and technology applications

Hanniu Laser’s product line covers a wide range of requirements, from precision processing to heavy industrial manufacturing. By integrating advanced laser source technology, the company provides customized processing solutions for metal and non-metal materials.

Equipment category Primary function Applicable materials
Laser cutting machines High-precision cutting and engraving Metal, wood, MDF, paper, acrylic, rubber
Laser welding machines High-strength joining and repair Metal materials
Laser marking machines Precision marking and anti-counterfeiting Metals and various non-metal materials
Laser cleaning machines Surface rust removal, paint removal and cleaning Metal surfaces

The lineup reflects a broad industrial focus: cutting systems handle both sheet metal and non-metallic materials, while welding and cleaning systems are aimed at metal fabrication and maintenance work. Marking equipment supports identification and traceability across multiple material types.

Advanced solutions overview

In response to modern industrial demand for multifunctional equipment, Hanniu Laser has introduced several combined solutions:

  • 2-in-1 combined processing system: Combines fiber and CO2 laser technology to allow flexible switching between metal and non-metal materials, significantly improving production line space utilization.
  • High-precision welding and processing system: Supports high-quality welding processes and integrates cutting and cleaning functions, providing a one-stop processing solution for metalworking enterprises.
  • Handheld laser systems: For scenarios requiring greater flexibility, handheld cleaning and marking systems are available for on-site work and complex workpieces.

Selection guidance and technical configuration

When selecting laser equipment, users should consider material characteristics, processing precision and production scale. Hanniu Laser offers multiple configuration options, including water-cooled and air-cooled systems, as well as laser units at different power levels, designed to match diverse industrial requirements.

The company also supplies a range of spare parts, covering marking machines, polishing machines and various general laser components, to support long-term stable operation of the equipment.

Frequently Asked Questions

How should laser equipment be selected based on the material being processed?
The first step is to identify the material type. Fiber laser cutting or welding machines are generally recommended for metal materials. CO2 lasers are more suitable for non-metal materials such as wood, acrylic and rubber. For operations involving multiple materials, Hanniu’s 2-in-1 combined processing system may be considered.
What is the practical difference between water-cooled and air-cooled systems?
Water-cooled systems are typically used for high-power, long-duration continuous operations. They offer high cooling efficiency and help maintain stable laser performance. Air-cooled systems have a more compact structure and are suited to low-power applications or scenarios with equipment size constraints.
Which industrial scenarios are suitable for handheld laser cleaning systems?
Handheld systems are mainly used for local rust removal, paint removal or surface treatment before and after welding on large workpieces. Their advantage is operational flexibility: the workpiece does not need to be moved to a fixed workbench, making them particularly suitable for on-site repair or surface preparation of large structural components.