25-Bar Split-Type High Pressure Compressor For 6kW Fiber Laser
25-Bar Split-Type High Pressure Compressor For 6kW Fiber Laser
video
25-Bar Split-Type High Pressure Compressor For 6kW Fiber Laser
25-Bar Split-Type High Pressure Compressor For 6kW Fiber Laser suppliers
1/2
<< /span>
>

25-Bar Split-Type High Pressure Compressor For 6kW Fiber Laser

In modern metal fabrication, 6kW fiber laser cutting systems require highly stable, clean, and high-pressure compressed air to achieve precise, burr-free cutting results. A dedicated 25 bar (362 PSI) high-pressure air compressor system ensures consistent pneumatic power, improved edge quality, and significantly reduced production costs compared to traditional gas options.

25 Bar High Pressure Air Compressor for 6kW Fiber Laser Cutting System

 

Stable, Energy-Efficient and Clean Air Solution for Industrial Metal Fabrication
In modern metal fabrication, 6kW fiber laser cutting systems require highly stable, clean, and high-pressure compressed air to achieve precise, burr-free cutting results. A dedicated 25 bar (362 PSI) high-pressure air compressor system ensures consistent pneumatic power, improved edge quality, and significantly reduced production costs compared to traditional gas options.
This page introduces our heavy-duty engineered high-pressure air compressor solutions, designed specifically for 6kW to 12kW fiber laser cutting machines to help global manufacturers achieve higher efficiency and lower operational costs.

 

Why a 6kW Fiber Laser Cutting Machine Requires 25 Bar Air Pressure

 

A 6kW fiber laser operates at an intense power density. When processing medium-to-thick plates, your choice of assist gas directly determines your cutting speed, edge smoothness, and overall profitability.
Standard industrial compressors (8–10 bar) cannot provide enough kinetic energy to blow away molten metal in high-power applications. A robust 25 bar air supply system delivers critical operational advantages when processing:
Stainless Steel: Delivers clean, unoxidized cutting edges.
Carbon Steel: Enables high-speed air cutting as a highly profitable alternative to oxygen or nitrogen.
Aluminum Alloys & Galvanized Sheets: Minimizes bottom dross and burr formation.

 

The Role of High-Pressure Assist Gas:

 

Dynamic Molten Material Removal: High-velocity 25 bar air efficiently clears the kerf, preventing slag buildup.
Laser Optics Protection: Sustained, positive high pressure acts as a shield against piercing splash-back.
Maximized Cutting Speeds: Optimizes the energy efficiency of the 6kW laser source, accelerating cycle times by up to 20–30% compared to lower pressure setups.

 

What is a 25 Bar "Split-Type" High-Pressure Compressor System?

 

Unlike risky all-in-one low-cost alternatives, a professional split-type modular system separates critical processing stages into independent, heavy-duty components:
[25 Bar Compressor Unit] ➔ [Air Buffer Tank] ➔ [Precision Filters (Stage 1-3)] ➔ [Air Dryer] ➔ [Dust/Oil-Free Air to 6kW Laser]
This professional configuration is preferred by high-output industrial fabrication workshops due to:
Superior Thermal Management: Independent cooling prevents system overheating during 24/7 continuous cutting.
Zero-Vibration Optical Protection: Separating the heavy compressor from the air line eliminates micro-vibrations that can distort laser cutting precision.
Uncompromising Air Purity: Dedicated multi-stage purification lines ensure absolutely no oil or moisture bypasses into your multi-million dollar laser head.

 

Technical Specifications & Specialized Models

 

The following matrix represents our engineered configurations optimized for 6kW fiber laser cutting systems utilizing 2.0mm – 3.0mm cutting nozzles.

 

Technical Parameter

Model: LC-15HP (Standard)

Model: LC-22HP (Heavy-Duty)

Engineering Notes

Working Pressure

25 bar (362 PSI)

25 bar (362 PSI)

Maintains stable pressure during high-speed piercing

Air Capacity (Flow Rate)

1.6 m³/min (56 CFM)

2.4 m³/min (85 CFM)

Optimized for continuous 6kW high-flow cutting

Motor Power

15 kW (20 HP)

22 kW (30 HP)

Premium IE3 High-Efficiency Motors

Drive Type

VSD (Variable Speed Drive)

VSD (Variable Speed Drive)

Saves up to 35% electricity under fluctuating loads

Air Purity Standard

ISO 8573-1:2010 Class 1-2-1

ISO 8573-1:2010 Class 1-2-1

Oil Content < 0.01 mg/m³ (Laser-Safe)

Pressure Dew Point (PDP)

+3°C to -40°C

+3°C to -40°C

Refrigerated + Desiccant Dryer Options available

Cooling Method

Heavy-Duty Air-Cooled

Heavy-Duty Air-Cooled

Rated for stable operation up to 45°C ambient temp

Smart Control

PLC Touch Screen (RS485)

PLC Touch Screen (RS485)

Supports remote monitoring & synchronization with laser

 

Radical Cost Savings: The ROI of 25 Bar Air Cutting

 

For many sheet metal fabricators, the single biggest operating expense is the ongoing cost of liquid nitrogen (N₂). Implementing a high-pressure 25 bar compressed air system transforms your workshop economics.

Compressed Air vs. Liquid Nitrogen

The 70% Cost Reduction Fact: Utilizing 25 bar compressed air as an assist gas to replace nitrogen can reduce your hourly gas expenditures by up to 70% to 80%.

Comprehensive Financial Benefits:

Zero Gas Logistics: Eliminate nitrogen tank rental fees, delivery delays, and evaporation losses.

Lower Maintenance Costs: Clean, multi-filtered air prevents contamination of the laser protective windows, saving thousands in laser head repairs.

Rapid Payback Period: For factories running 2 shifts a day, the entire 25 Bar Air Compressor system typically pays for itself within 10 to 18 months purely through gas and energy savings.

 

Advanced 4-Stage Purification: Total Protection for Laser Optics

 

High-power fiber lasers demand pristine air quality. Our system incorporates an uncompromising 4-stage treatment train to achieve ISO 8573-1 Class 1 purity:
(Pre-Filter): Removes bulk water and particulates down to 3 microns.
(High-Efficiency Refrigerated Dryer): Condenses and extracts moisture, stabilizing the dew point.
(Sub-micron Coalescing Filter): Eliminates oil mist and aerosols down to 0.01 mg/m³ and particles to 0.01 micron.
(Activated Carbon Tower): Absorbs remaining hydrocarbon vapors, ensuring 100% oil-free air delivery to the cutting nozzle.

 

fAQ

 

Q: Can a 25 bar air compressor completely replace nitrogen for a 6kW laser?

A: For the vast majority of carbon steel, galvanized sheets, and aluminum fabrication applications, yes. 25 bar compressed air offers excellent mechanical cutting speed and a highly acceptable finish. For high-end, mirror-finish stainless steel where zero oxidation is required, nitrogen may still be preferred, but air cutting handles general industrial stainless steel flawlessly at a fraction of the cost.

Q: How do I choose between the LC-15HP and LC-22HP models for my 6kW laser?

A: The choice depends primarily on your cutting nozzle diameter and material thickness. A 6kW laser cutting thick plate with a 2.5mm or 3.0mm nozzle requires a higher volumetric flow rate (m³/min), which necessitates the LC-22HP model. Contact our engineering team with your typical material specs for a precise sizing recommendation.

Q: Is the air from a split-type compressor truly oil-free?

A: Yes, when combined with our multi-stage filtration and catalytic treatment systems, the air output meets international ISO 8573-1 Class 1-2-1 specifications. It is thoroughly verified to be free of liquid water, oil vapor, and dust particulates, making it perfectly safe for high-power fiber laser lenses.

Hot Tags: 25-bar split-type high pressure compressor for 6kw fiber laser, China 25-bar split-type high pressure compressor for 6kw fiber laser manufacturers, suppliers, factory, 15kw Air Compressor for Laser Cutter, 22kw Laser Air Compressor, 37kw Laser Air Compressor, 37kw Laser Machine Air Compressors, air compressor for laser cutting machine, laser machine air compressor

Send Inquiry

(0/10)

clearall