Description
IPG YLR 6.0kW CW Fiber Laser Source – Cutting Grade
High-power 6.0kW continuous-wave fiber laser source engineered for demanding cutting applications. Ideal for US job shops, OEMs, and integrators upgrading or building advanced fiber laser cutting systems.
Laser Power: 6.0kW · Fiber Delivery: QBH, 10/15/20m · Cooling: Air/Water
Key advantages for US buyers
- 6.0kW continuous-wave output delivers fast, clean cuts in a wide range of metals and thicknesses.
- Flexible QBH fiber delivery with 10m, 15m, or 20m options to suit your machine layout and reach.
- Compatible with most standard cutting and welding heads for easy integration or retrofit.
- Includes control unit, safety interlocks, and E-stop loop for straightforward, compliant installation.
- Air/water-cooled design supports stable, reliable operation in production environments.
- Proven IPG Photonics reliability for demanding US fabrication and OEM applications.
Key technical specifications
Laser power: 6.0kW continuous-wave (CW)
Provides the high power required for fast cutting of thick and reflective metals in demanding production settings.
Fiber delivery: QBH, 10m / 15m / 20m options
Choose the optimal fiber length for your machine footprint and motion system.
Cooling: Air/water-cooled
Supports stable, continuous operation even in high-duty-cycle environments.
Integration: Includes control unit, interlocks, E-stop loop
Designed for direct integration into new or existing fiber laser cutting and welding systems.
Compatibility: Works with most cutting/welding heads
Flexible for upgrades, retrofits, or new builds across a wide range of OEM and custom machines.
Capabilities & typical applications
This 6.0kW fiber laser source is a core component for high-performance cutting cells, whether upgrading an existing system or building new. It’s suitable for integration with flatbed lasers, tube cutters, or combined cutting/welding lines.
- Cutting of steel, stainless, and aluminum sheet and plate (thicknesses depend on system configuration and optics).
- High-speed production of brackets, panels, chassis, frames, and fabricated assemblies.
- Ideal for contract manufacturers, OEMs, and job shops focused on throughput and edge quality.
- Supports both new machine builds and retrofit upgrades for increased capacity and uptime.
Implementation & support for US shops
We work closely with US job shops, OEMs, and integrators to ensure a smooth upgrade or new system build. Our team can review your machine layout, power and cooling requirements, and part mix to confirm the right configuration.
We assist with integration planning, safety compliance, and startup so your team is productive from day one. If you’re considering an upgrade or new build, send us your application details and we’ll confirm fit and ROI.
- Pre-installation review: power, cooling, and system compatibility
- Integration guidance for both new and retrofit projects
- Support for commissioning, operator training, and ongoing service
Next step: Share your system layout and application details—our engineers will help confirm the best configuration for your workflow.
FIBER LASER SOURCE
IPG YLR 3.0kW CW Fiber Laser Source – Multi-Use Integration Power
US-Ready OEM Laser Module for Cutting & Welding
The IPG YLR 3.0kW continuous-wave fiber laser source is designed for integration into US fabrication systems requiring high-speed metal cutting or deep-penetration welding. Its 3.0kW output supports steel, stainless, and aluminum processing with reliable, repeatable power delivery. The included control unit, interlocks, and E-stop loop simplify safe system integration for OEMs and job shops. With air/water cooling and multiple fiber length options, the YLR adapts to varied cell layouts and duty cycles. Backed by IPG’s service network, US buyers benefit from robust uptime, predictable maintenance, and straightforward commissioning.
This laser source is commonly specified for new fiber laser cutting machines, flat sheet or tube cutting retrofits, and robotic welding cells in US plants. Typical applications include integration into OEM platforms, custom automation, and upgrades for job shop or contract manufacturing lines. The YLR 3.0kW is suited for high-mix production, supporting both thick and thin metals, and can be deployed as a stand-alone laser module or as part of a larger automated fabrication system.
- 3.0kW continuous-wave fiber laser output for high-speed cutting and welding
- QBH fiber delivery head compatible with most US-standard cutting and welding optics
- Available fiber lengths: 32.8 ft (10m), 49.2 ft (15m), or 65.6 ft (20m)
- Stable beam quality for consistent edge and weld quality across full shift operation
- Air/water-cooled design for reliable thermal management in US production environments
- Integrated control unit, interlocks, and E-stop loop for safe system integration
- Supports remote control and monitoring via standard digital/analog I/O
- Field-proven reliability with typical service intervals of 50,000+ hours
- Flexible for OEM integration, retrofits, or automation cell upgrades
- UL/CE compliant for US installation and safety requirements
Technical specifications (US units)
Laser Output & Optical Specs
| Laser Power Output | 3,000 W (continuous wave) |
| Wavelength | 1,070–1,080 nm (typical) |
| Beam Quality (BPP) | ≤ 1.2 mm·mrad (typical) |
| Modulation Frequency | Up to 5 kHz |
| Fiber Delivery Interface | QBH (industry standard) |
| Available Fiber Lengths | 32.8 ft, 49.2 ft, 65.6 ft (10m, 15m, 20m) |
Power & Cooling Requirements
| Input Voltage | 208–480 VAC, 3-phase, 50/60 Hz (typical, confirm per model) |
| Power Consumption | ≤ 12 kW (typical at full power) |
| Cooling Method | Air/water-cooled (external chiller required for water cooling) |
| Recommended Cooling Capacity | ≥ 3 tons (36,000 BTU/hr) for water-cooled operation |
Integration & Controls
| Control Interface | Digital/analog I/O, RS232/RS485, Ethernet (confirm options) |
| Remote Start/Stop | Supported |
| Safety Interlocks | Included (door, chiller, E-stop loop) |
| Status Monitoring | Standard (power, temperature, interlock, error codes) |
Physical & Environmental
| Laser Cabinet Dimensions | Approx. 27" W × 35" D × 45" H (varies by config) |
| Cabinet Weight | Approx. 440–550 lb (varies by config and options) |
| Operating Temperature | 50–104°F (10–40°C) |
| Humidity Range | 10–85% non-condensing |
Engineering highlights
Consistent High-Power Delivery
- Maintains stable 3.0kW output for long production runs without drift
- Beam quality supports precise, repeatable cuts and welds in steel, stainless, and aluminum
- Low power fluctuation ensures uniform edge quality and weld penetration
Flexible Integration & Safety
- Standard QBH interface fits most US-market cutting and welding heads
- Multiple fiber lengths accommodate cell layouts, gantries, and robots
- Integrated interlocks and E-stop loop simplify compliance with US safety standards
Serviceability & Uptime
- Typical service interval exceeds 50,000 hours for active fiber
- Remote diagnostics and status monitoring available for troubleshooting
- US-based support and parts availability minimize downtime
Typical applications & industries
OEM Laser Cutting Systems
Core laser source for new flat sheet, tube, or profile cutting machines. Delivers the power and reliability required for high-speed, multi-shift production.
Robotic Welding Cells
Ideal for integration into robotic or gantry welding lines processing steel, stainless, or aluminum assemblies with deep penetration and repeatable welds.
Job Shop Retrofits & Upgrades
Drop-in upgrade for existing CO2 or lower-power fiber systems, enabling faster throughput and expanded material thickness range for contract manufacturers.
Automated Fabrication Lines
Supports high-mix, low-volume production environments requiring rapid changeovers and robust uptime in automated or semi-automated cells.
Engineering & purchasing FAQ
What materials and thicknesses can this 3.0kW fiber laser cut or weld?
With suitable optics and process parameters, 3.0kW can cut mild steel up to 0.75–1.0 inch, stainless up to 0.5–0.75 inch, and aluminum up to 0.375–0.5 inch. For welding, it supports deep penetration on most steels and aluminum up to 0.25–0.375 inch, depending on joint design and travel speed.
What cooling is required for this laser source?
The YLR 3.0kW uses air/water cooling. For continuous-duty operation, an external water chiller rated at 3 tons (36,000 BTU/hr) or higher is recommended. Air cooling may suffice for light-duty or intermittent use; confirm with your integrator.
Is the QBH fiber compatible with my existing cutting or welding head?
QBH is the industry standard for fiber delivery and is compatible with most US-market cutting and welding heads. Always verify connector type and optical configuration with your head supplier before ordering.
What are the electrical requirements for US installation?
Typical input is 208–480 VAC, 3-phase, 50/60 Hz. Actual requirements may vary by configuration. Confirm your plant supply and specify voltage at order to ensure proper setup.
How is safety handled during integration?
The unit includes safety interlocks, a dedicated E-stop loop, and provisions for door/chiller interlock wiring. Integrators must ensure all guarding and light curtains comply with US laser safety standards (ANSI Z136.1, OSHA).
What is the expected service life and maintenance schedule?
Active fiber modules are rated for 50,000+ hours in typical shop conditions. Routine checks include air filter cleaning, chiller maintenance, and periodic inspection of fiber connectors and optics.
Can the laser be remotely monitored or controlled?
Yes, standard digital/analog I/O and optional Ethernet/serial interfaces allow for remote status monitoring, power adjustment, and integration with cell controls.