APLW50030 3.0 kW Production Fiber Laser Welding System
The APLW50030 is a high-performance handheld fiber laser welding system designed for manufacturers requiring increased welding power, production flexibility, and advanced process control.
Combining a 3.0 kW fiber laser source, industrial refrigerated chiller, dual-wire feeding capability, handheld welding gun, and 24-program industrial HMI, the APLW50030 provides a complete production welding platform in one integrated system.
Designed for fabrication shops, manufacturers, job shops, and production environments, the APLW50030 delivers controlled laser energy, programmable wire deposition, and multiple layers of system monitoring for consistent and reliable welding performance.
PRODUCT COMPLIANCE
Meets applicable U.S. federal laser product requirements for safety, certification, and labeling.
2-YEAR WARRANTY
Apache fiber laser cutting machines are backed by a two-year warranty for greater confidence in your investment.
ASSEMBLED IN THE USA
Apache fiber laser equipment is assembled in Coffeyville, Kansas, with direct involvement from our U.S. team.
TECHNICAL SUPPORT
Questions should not wait. Apache is committed to same-day response when customers need technical support.
3.0 kW Fiber Laser System
The APLW50030 utilizes a 3.0 kW fiber laser source designed for demanding welding applications requiring increased power and production capability.
The concentrated laser beam provides precise energy delivery and controlled heat input, helping produce strong, clean welds while minimizing unnecessary heat transfer to surrounding material.
The system is designed for applications involving:
Carbon Steel
Stainless Steel
Aluminum
Other compatible alloys based on material thickness, joint configuration, and process parameters
100% Duty Cycle Refrigerated Cooling
The concentrated laser beam provides precise energy delivery and controlled heat input, helping produce strong, clean welds while minimizing unnecessary heat transfer to surrounding material.
The system is designed for applications involving:
Carbon Steel
Stainless Steel
Aluminum
Other compatible alloys based on material thickness, joint configuration, and process parameters
Dual Wire Feed System Standard
The APLW50030 includes an integrated dual-wire feeding system as standard equipment, providing greater flexibility and productivity for production welding applications.
The machine also maintains standard single-wire feeding capability, allowing the operator to select the configuration best suited to the application.
Wire Feed Capabilities
Dual-wire system included as standard
Standard single-wire feeding capability
Up to 33 lb. wire spools
Adjustable wire feed speed
Continuous wire feeding
Adjustable pulsed wire feeding
Traditional fish-scale weld appearance
Optional additional wire-feeding systems available
The dual-wire configuration provides additional flexibility for applications requiring increased deposition rates or specialized welding procedures.
24 Programmable Weld Presets
Presets can be configured for different:
Materials
Material thicknesses
Joint configurations
Wire sizes
Weld profiles
Production requirements
The expanded memory capacity makes the APLW50030 particularly well suited for shops producing a variety of components throughout the workday.
Advanced HMI Process Control
Operators can adjust:
Laser power
Beam width
Oscillation speed
Duty cycle
Laser frequency
Wire feed speed
Continuous or pulse wire feeding
Weld procedure parameters
The combination of adjustable laser and wire-feed parameters allows operators to fine-tune the welding process for different materials and joint configurations.
Adjustable Handheld Welding Gun
The ergonomic handheld welding gun provides flexibility for a wide range of welding applications.
Adjustable focal length
Adjustable beam width
Adjustable oscillation pattern
Modular optical design
Designed for fusion and wire-fed welding
Included Laser Welding PPE
Every APLW50030 includes:
1 Laser Welding Helmet
2 Pairs of Laser Safety Glasses
The included laser-specific PPE provides operators with essential protective equipment to accompany the welding system.
PPE must be selected and used according to the laser wavelength, optical-density requirements, operating environment, and applicable safety procedures. Appropriate laser-area controls and protection for other personnel are also required.
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