Max MFSC-2000C: High-Power 2000W Fiber Laser Source (Welding Series)

The Max MFSC-2000C is a high-performance, single-module continuous wave (CW) fiber laser specifically engineered for demanding industrial welding applications. Delivering 2000W of stable output power, this model provides the deep penetration required for structural integrity in thicker materials. It is designed to replace traditional TIG and MIG welding with a process that is significantly faster and requires minimal post-weld finishing.

Solving Key Industrial Welding Challenges

High-power welding requires extreme stability to avoid porosity and weak joints. The Max 2000C addresses three critical pain points for fabricators:

• Problem: Slow production on 4mm–5mm thick structural joints.
• Solution: The 2000W nominal power provides the high energy density needed for deep-fusion welding, allowing for much faster travel speeds than lower-power sources.

• Problem: High rejection rates due to thermal warping.
• Solution: With a wall plug efficiency of more than 30% and a narrow heat-affected zone, the 2000C ensures consistent heat input, protecting the material's structural integrity.

• Problem: Integrating high power into compact setups.
• Solution: At a weight of only 25±2 kg and a height of 124 mm, this unit offers a massive power-to-size ratio, fitting easily into portable welding cabinets or robotic cells.

Technical Specifications: Max MFSC-2000C  Welding Source 

Optimized Welding Performance

The 2000C is the ideal power choice for heavy-duty fabrication where joint strength and speed are paramount:

• Stainless Steel (SS): Achieves high-strength, bright-finish welds on thicknesses up to 5mm.

• Carbon Steel (CS): Provides deep-fusion structural welds on plates up to 5mm.

• Aluminum & Galvanized: Excellent for welding heat-sensitive alloys with minimal spatter and a very small heat-affected zone (HAZ).

Why the Max 2000C Ranks Best in Class

• High Efficiency: Features a wall plug efficiency of over 30%, significantly reducing operational energy costs compared to older laser generations.

• Superior Beam Quality: A beam quality (BPP) of ≤0.7 mm x mrad (at 30μm) ensures a concentrated energy spot for cleaner, deeper welds.

• Versatile Integration: The 10-meter feeding fiber cable and standard QBH interface allow for seamless connection to handheld wobble heads or automated robotic torches.

Frequently Asked Questions (FAQ) for Max Fiber Laser Source 2000C- Laser Welding

• Which water chiller is compatible with the Max 2000C? A dual-temperature water chiller with a rated cooling capacity of at least 4.6kW is required. It must maintain the laser between 10∘C and 40∘C for stable performance.

• Does RedBeam help with the installation of the 2000C? Yes! RedBeam provides professional installation and integration of the 2000C into your welding machine or robotic cell for an additional charge.

• Are the QBH and Fiber Cable covered under warranty? No. The QBH fiber connectors and the feeding fiber cable are considered consumable parts and are not included in the standard warranty scope.

• Is damage from electrical fluctuations covered? No. The warranty does not cover damage resulting from fluctuations outside the 200–240 VAC range or improper electrical grounding.

• How do I protect the laser electronics during high-power welding? To prevent damage from power surges and ensure a consistent weld arc, the use of a standard industrial UPS is highly recommended