If you have screw lead air compressor with dry filter and chill system, it will Greatly enhancing the cut thick, efficiency and quality. The consistent and stable pressure provided by the screw air compressor results in better cutting performance (unlike conventional air pumps that require a reduced air pressure of 4 or 5mpa restart). 
The integrated chiller dryer ensures that the air entering the plasma equipment is dry and cold, which cools the cutting torch, thereby increasing the service life of the torch and nozzle by 35%. The dry and cold air also significantly reduces the impact of dust and airborne impurities on the work environment. With a four-stage filtering system, all impurities are filtered out, extending the plasma equipment's lifespan by approximately 40%.
Easy maintenance: The screw chiller dryer has a relatively simple structure, making maintenance and servicing convenient, which helps reduce the cost of equipment repairs.

200A CNC Plasma Cutter VS 6000W CNC Laser Cutter: A Comparative Analysis of Advantages and Disadvantages， by using the same auxiliary gas—a screw air compressor with cold drying function (340L, 13-16bar, 20-30hp), we compare the performance of the 200A CNC plasma cutter and the 6000W CNC laser cutter.

1. Comparison of Cutting Thickness: The 200A plasma cutter easily handles metal plates of 26mm and above, while the 6000W laser cutter has a limit of only 25mm steel plates.
2. Competition in Cutting Speed: In terms of speed, the 200A plasma cutter leads with a speed of 0.8m/min, while the 6000W laser cutter operates at 0.4m/min, making the plasma cutter significantly faster.
3. Observation of Cut Quality: The plasma cutter produces a smooth and flat cut with no bevel, and its parameter settings are straightforward. While the laser cutter also achieves a bevel-free cut, the cutting surface has a texture that difficult reach a mirror-like finish.
4. Analysis of Material Adaptability: The plasma cutter can handle almost any type of metal for cutting, whereas the laser cutter exhibits significant differences in cutting capabilities for different metals.
5. Comparison of Machine Cost: In terms of price, the complete set of the 200A CNC plasma cutter costs only $3300, while the full set of the 6000W CNC laser cutter is significantly more expensive.
6. Consideration of Transportation Cost: In terms of packaging and transportation, the plasma cutter's complete set comes in a single cubic meter and weighs 350kg, while the laser cutter occupies 16 cubic meters and weighs up to 2000kg. This means that in terms of packaging costs and international shipping fees, the plasma cutter can save a considerable amount of money, saving at least $2000.
7. Analysis of Operating Cost: When cutting 25mm material, the 200A plasma cutter has an average power consumption of 40KW, while the laser cutter consumes a much higher average power of 60KW, resulting in higher costs. Although the main consumables—the plasma cutter's nozzle and the laser cutter's protective lens—are both relatively inexpensive (around $1.3 each), the plasma cutter still holds an advantage in terms of power consumption.

In summary, the 200A CNC plasma cutter excels in areas such as cutting thickness, speed, cut quality, material adaptability, machine cost, and transportation cost. Especially when dealing with high-power consumption and efficient cutting demands, its advantages become even more apparent. While the 6000W CNC laser cutter may have unique applications in certain scenarios, its overall performance and cost-effectiveness pale in comparison.