AH-W Series

The Glorystar AH-W Series Air-Cooled Handheld Laser Welder combines the speed, weld quality, and efficiency of fiber laser welding with the simplicity of an air-cooled design. Engineered for manufacturers, fabrication shops, and industrial users seeking a portable and easy-to-maintain welding solution, the AH-W Series delivers high-quality welds with minimal heat distortion, reduced post-processing, and simplified operation. Available in multiple power configurations, the AH-W Series provides an efficient alternative to traditional MIG and TIG welding for a wide range of metal fabrication applications.

About AH-W Series

The AH-W Series is Glorystar’s air-cooled handheld fiber laser welding platform. Unlike traditional water-cooled laser welders that require external chillers, coolant systems, and additional maintenance, the AH-W utilizes an integrated air-cooling system that simplifies installation, reduces maintenance requirements, and improves portability. 

Designed for flexibility and ease of use, the AH-W Series combines welding performance, user-friendly controls, and compact machine design into a single system. The machine supports a variety of fabrication applications while helping manufacturers increase productivity, improve weld quality, and reduce operating costs. Select configurations also provide cleaning and surface preparation capabilities, further expanding shop versatility.

Key Features of the AH-W Series

Air-Cooled Architecture

  • No external chiller or coolant system required
  • Simplified installation and machine ownership
  • Reduced maintenance compared to water-cooled systems

Compact and Portable Design

  • Lightweight handheld welding system
  • Smaller footprint than traditional water-cooled laser welders
  • Easily transported between workstations and job sites

User-Friendly Operation

  • Intuitive touchscreen interface
  • Preloaded process parameter libraries
  • Designed to help operators become productive quickly

Multi-Function Processing Capability

  • Laser welding functionality
  • Cleaning and surface preparation capabilities on select configurations
  • Multiple processes available from a single machine platform

Advanced Fiber Laser Technology

  • High-quality weld appearance
  • Reduced heat-affected zone and material distortion
  • Faster welding speeds than many traditional welding processes

Benefits of Choosing AH-W Series

Simplify Installation

  • Standard 220V operation
  • No external cooling equipment required
  • Faster machine setup and deployment

Reduce Maintenance Requirements

  • Eliminate coolant replacement and chiller maintenance
  • Fewer supporting components to manage
  • Lower long-term service requirements

Improve Welding Productivity

  • Faster welding speeds than traditional TIG welding
  • Reduced finishing and post-processing requirements
  • Increased throughput and workflow efficiency

Increase Operational Flexibility

  • Easy to move throughout the facility
  • Suitable for fabrication shops and field service applications
  • Supports a wide variety of welding projects

Lower Operating Costs

  • Reduced maintenance expenses
  • Improved energy efficiency
  • Less labor spent on finishing and cleanup

AH-W Series Specifications

Click the dropdowns below to view detailed specifications for the AH-W Series.

 

AHW40

AHW3

Welding Thickness

Stainless Steel, Carbon Steel:

0.5-4mm / 0.02-0.16in


Galvanized Sheet:

0.5-3mm/ 0.02-0.12in


Aluminum, Brass:

3mm/ 0.12in

Stainless Steel, Carbon Steel:

0.5-3mm / 0.02-0.12in


Galvanized Sheet:

0.5-2mm/ 0.02-0.08in


Aluminum, Brass:

2mm/ 0.08in

Spot Adjustable Range

0-5mm / 0-0.2in

Cooling Method

Air Cooling

Protective Gas

Noble Gas

AH-W Series FAQ's

A:  The Glorystar AH-W Series uses an integrated air-cooling system and does not require a separate water chiller, coolant tank, or associated plumbing. Benefits include:

  • Simplified installation
  • Reduced cooling-system maintenance
  • Lower overall power consumption
  • Compact, portable construction
  • Greater flexibility for changing production areas or performing on-site work

This makes the AH-W Series well suited for manufacturers seeking a flexible handheld welding system without the additional requirements of a conventional water-cooling system.

A:  The AH-W Series can weld a variety of metals commonly used in fabrication and manufacturing, including:

  • Stainless steel
  • Carbon and mild steel
  • Galvanized steel
  • Aluminum
  • Copper
  • Brass

Material suitability and welding capability depend on the specific alloy, thickness, laser power, joint design, part fit-up, and required weld quality. Application testing may be recommended for reflective metals and specialized alloys.

A:  The air-cooled design eliminates coolant replacement and other maintenance associated with a conventional water-cooling system. Routine maintenance may include:

  • Inspecting and replacing protective lenses and nozzles
  • Checking the welding head and optical components
  • Maintaining the wire-feeding system
  • Keeping ventilation openings and filters clean
  • Inspecting cables, gas connections, and other wear components

Maintenance requirements depend on operating conditions and machine usage. Following the manufacturer’s recommended inspection and maintenance schedule will help support consistent performance and equipment life.

A:  The AH-W Series features a touchscreen interface and stored process parameters designed to simplify machine setup and operation. These features can help new operators become productive more quickly than with many conventional welding processes.

Operators must still receive proper training in:

  • Machine setup and operation
  • Welding-parameter selection
  • Material and joint preparation
  • Shielding-gas requirements
  • Laser-safety procedures

The amount of training required will depend on the operator’s experience and the complexity of the application.

A:  The AH-W Series is well suited for thin- to medium-gauge applications requiring portability, controlled heat input, clean weld seams, and minimal post-weld finishing.

Common applications and industries include:

  • Sheet metal fabrication
  • HVAC and ductwork manufacturing
  • Home appliances
  • Kitchen and bathroom hardware
  • Electrical enclosures and cabinets
  • Automotive and transportation equipment
  • Metal furniture and signage
  • Industrial equipment manufacturing
  • Repair and maintenance operations
  • General fabrication and job shops

Its compact, air-cooled design is particularly useful in flexible production environments and applications where installing or maintaining a separate water-cooling system would be impractical.