Shree Vahanvati Industries

20 HP Laser Machine Air Compressor is used in the laser cutting industry to provide a reliable source of compressed air for cooling and assisting with the cutting process. These compressors are typically reciprocating piston-driven machines, known for their efficiency in producing high-pressure air.

Benefits:

1. Reliable Air Supply: Ensures consistent air pressure for laser cutting, improving precision and quality.
2. Energy Efficiency: Offers cost-effective operation, especially for applications with intermittent or moderate air demand.
3. Compact Design: Ideal for environments with space constraints.
4. High Performance: Capable of meeting the high-pressure air requirements of laser cutting systems.

In short, reciprocating air compressors support the laser cutting process by maintaining the necessary air pressure for smooth and effective operation.

20 Hp delivers 54 cfm @ 25 kg/cm²
No Cooling Tower Required.
Saving up to more than Rs.53,000/year
No Scaling or water maintenance problems
Special designed for Hot Indian climate

Advantage & Application

High pressure formation
Excellent power efficiency
Simple  construction
Used in Pet Blowing 
Less Power Consumption
Less Maintenance
low Cost
Easy Available Spare Parts
Easily Service Available

A reciprocating type booster air compressor is a high-pressure compression unit designed to increase the pressure of already compressed air. It operates using a piston-and-cylinder (reciprocating) mechanism, where the piston moves back and forth to compress air to a higher pressure level than the supply source.

Unlike standard compressors that draw air directly from the atmosphere, a booster compressor receives pre-compressed air (typically 6–10 bar) from a primary compressor and raises it to a higher pressure, such as 20, 30, or even 40 bar, depending on system requirements.

Applications

• Pressure testing of pipelines and vessels

• PET bottle blowing

• High-pressure pneumatic systems

• Gas boosting (air, nitrogen, etc.)

• Industrial manufacturing processes