Descripción
MAX Photonics MFSC 4.0kW CW Fiber Laser Source – Cutting
A robust 4.0kW continuous-wave fiber laser source engineered for high-performance cutting in OEM and retrofit fiber laser systems. Designed for US job shops, OEMs, and automation integrators seeking reliable power delivery and seamless integration.
Power: 4.0kW CW · Fiber delivery: QBH · Fiber length: 10/15/20m
Key advantages for US buyers
- 4.0kW continuous-wave output for fast, stable cutting of a wide range of metals
- Standard QBH fiber delivery—compatible with most major cutting and welding heads
- Flexible fiber lengths (10m, 15m, 20m) to fit new builds or retrofit projects
- Integrated control unit with interlocks and E-stop loop for safe system integration
- Air/water-cooled cabinet ensures thermal stability and uptime in demanding environments
- Proven upgrade path for Umprotech and other OEM fiber laser platforms
Key technical specifications
Laser output power: 4.0kW (CW)
Delivers high cutting speeds and edge quality for thick and thin metals.
Fiber delivery: QBH
Industry-standard QBH output for compatibility with leading cutting/welding heads.
Available fiber lengths: 10m, 15m, 20m
Choose the optimal length for your machine layout or retrofit needs.
Cooling: Air/water-cooled cabinet
Maintains stable operation in high-duty-cycle environments.
Safety & integration: Control unit, interlocks, E-stop loop
Supports safe integration with OEM and custom laser systems.
Capabilities & typical applications
This 4.0kW fiber laser source is ideal for integration into new or existing fiber laser cutting machines, supporting high-mix, high-throughput metal fabrication environments.
- Flat sheet and plate cutting (carbon steel, stainless, aluminum, and more)
- Tube and profile cutting systems
- OEM machine builds and retrofit upgrades
- Fabrication cells requiring reliable, high-power laser sources
- Job shops and contract manufacturers focused on throughput and cut quality
Implementation & support for US shops
Our team supports US OEMs and fabricators with pre-integration reviews, ensuring the right fit for your machine’s footprint, electrical, and cooling requirements. We can assist with integration planning, interlock setup, and commissioning for a smooth transition or upgrade.
Next step: Send us your machine details or retrofit requirements, and we’ll confirm compatibility and help configure the optimal fiber length and interface.
