LaseX1
500W Industrial Fibre Laser Source for Precision Processing
A 500W fibre laser source built for reliable power delivery across metal cutting, welding, additive manufacturing and OEM integration. Designed for industrial applications, LaseX1 combines stable laser output, flexible power control and multiple fibre options in a compact package that can be integrated into new or existing systems.
Why Choose LaseX1?
Built for Industrial Applications
The right laser source needs to deliver more than power. It needs to remain stable, integrate easily with your equipment and perform consistently throughout demanding production cycles.
LaseX1 is a 500W industrial fibre laser source designed for applications where controlled and repeatable laser energy is essential. With 10-100% power adjustment, continuous-wave or modulated operation, and multiple fibre core options, it can be configured for different material-processing requirements.
From fibre laser cutting and welding to SLS/SLM systems and OEM equipment, LaseX1 provides a flexible laser source for industrial integration.
Stable Laser Output
LaseX1 maintains power stability of less than ±1.5% over two hours at 25°C, supporting consistent laser performance during long operating cycles.
Flexible Power Control
Adjust laser output from 10% to 100% to suit different processing requirements, with continuous-wave and modulated operation available.
High-Quality Beam Delivery
Choose from 14, 20, 25 or 50 µm fibre core diameters to match different beam-delivery and application requirements.
Built for Integration
RS232 and analogue control interfaces make LaseX1 suitable for integration with CNC equipment, automation systems and OEM platforms.
Compact Industrial Design
At approximately 14.5 kg and 80 × 402 × 296 mm, LaseX1 provides 500W laser capability in a compact package.
Designed for Long Operating Cycles
A low-maintenance design and thermal-management system support reliable operation in demanding industrial environments.
Where Can LaseX1 Be Used?
LaseX1 is designed as a flexible laser source rather than a machine for one specific application. Its 500W output and configurable control make it suitable for several industrial processes.
Fibre Laser Cutting
Use a controlled laser beam for precision cutting of metal components and sheet materials. LaseX1 can be integrated with suitable cutting equipment and motion systems.
Fibre Laser Welding
The stable laser output can be used for precision welding applications where controlled energy delivery and repeatable results are important.
Metal 3D Printing & Additive Manufacturing
LaseX1 can serve as a laser source for SLS and SLM systems, delivering controlled laser energy for metal powder-bed processes. This makes it suitable for integration into additive manufacturing equipment. For a complete industrial L-PBF system, explore the FusionX metal 3D printer, or see WireX, a desktop wire-fed DED metal 3D printer for a compact platform designed for research, teaching and prototyping.
Marking and Surface Processing
The laser source can also be integrated into systems for applications such as marking, engraving and other laser-based surface-processing operations.
Designed for Easy OEM Integration
If you are building or upgrading a laser-based system, the laser source needs to work with the rest of your equipment.
LaseX1 is designed with integration in mind. Its QBH output connector, 12-metre output cable and RS232/analogue control interfaces provide flexibility when connecting the laser to external equipment.
It can be integrated into applications involving:
- CNC systems
- PLC-controlled equipment
- Automation platforms
- Laser cutting systems
- Laser welding systems
- Additive manufacturing equipment
For OEM applications, customised configurations and integration requirements can be discussed with the Lasefinity engineering team.
Full Technical Specifications
Is LaseX1 Right for Your Application?
Choosing a fibre laser source depends on more than laser power. Your application, beam-delivery requirements, control system, cooling setup and integration environment all need to work together.
LaseX1 may be suitable if you need:
- A 500W fibre laser source for industrial material processing
- Flexible power control from 10-100%
- CW or modulated operation up to 5 kHz
- OEM integration through RS232 and analogue control
- Multiple fibre options for different beam-delivery requirements
- A compact laser source for space-constrained systems
If you're unsure which configuration is right for your equipment, Lasefinity's engineering team can help you assess the requirements.
LaseX1 Fibre Laser Source Price
The LaseX1 is currently available at an early-bird price of £3,999.
The standard offering includes:
- System commissioning and testing support
- OEM integration documentation
- 12-month component warranty
- RS232/analogue setup and configuration
- Technical and application support
For customised configurations, OEM integration or application-specific requirements, contact the Lasefinity team to discuss your project.
Frequently Asked Questions
What is the LaseX1 fibre laser source?
LaseX1 is a 500W industrial fibre laser source designed for metal cutting, welding, additive manufacturing and OEM integration.
How much does a 500W fibre laser source cost?
The LaseX1 starts at £3,999 under the current early-bird offer. Contact Lasefinity for pricing and configuration options.
What can a 500W fibre laser source be used for?
A 500W fibre laser can be used for applications including metal cutting, precision welding, SLS/SLM systems, engraving, marking and other material-processing applications.
Can the LaseX1 be used for metal cutting?
Yes. LaseX1 can be integrated into fibre laser cutting systems for processing materials such as stainless steel, mild steel and titanium, depending on the system configuration.
Can the LaseX1 integrate with CNC and PLC systems?
Yes. LaseX1 supports RS232 and analogue control, allowing integration with CNC controllers, PLCs and custom automation systems.
Is the LaseX1 suitable for SLS and SLM?
Yes. The 500W fibre laser source can be integrated into SLS and SLM systems to provide controlled and consistent laser power for metal powder-bed processing.
What fibre core sizes are available with the LaseX1?
LaseX1 is available with 14, 20, 25 or 50 µm fibre core diameters, giving system integrators flexibility for different applications and beam-delivery requirements.
Compare our products
FusionX
A precision laser powder bed fusion system for metal 3D printing, offering control over energy delivery for fine-detail builds and advanced material development across stainless steel, titanium, superalloys and high-entropy alloys.
Explore FusionX
WireX
A compact wire-fed DED metal 3D printer designed for research, education and prototyping. By using metal wire instead of powder, WireX avoids the powder-handling concerns associated with conventional powder-bed systems, making it well suited to shared research and educational environments.
Explore WireXRequest a quotation
Send us the material, the part geometry and the tolerances you are working to. We will recommend the right process and system configuration, including telling you when the answer is not one of ours.