SCREW COMPRESSORS FOR LASER PROCESSING SYSTEMS (15-75KW)

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Stable Compressed Air for Precision Laser Cutting

Advanced Screw Compressors Airpol LaserTech

The Airpol LaserTech screw compressors are specifically engineered for laser material processing systems. They deliver high-quality compressed air meeting ISO 8573-1 Class 1.4.1, ensuring the air purity required for precision laser cutting, marking, and engraving. The integrated air treatment system removes moisture, oil, and solid contaminants, protecting sensitive optics and improving machine reliability.

Models equipped with VSD technology and the Ultra Speed function automatically adjust compressor output to match current demand, reducing energy consumption while maintaining stable operating pressure of up to 19 bar.

Airpol LaserTech series combines high performance, energy-efficient operation, and advanced control systems. The result is a complete compressed air solution that provides safe, reliable, and cost-effective operation of laser processing equipment.

 

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Model Variable-Speed
Compressors
Max. 1.9 MPa
Capacity [m3/h]
1.6 MPa
Capacity [m3/h]
1.7 MPa
Capacity [m3/h]
1.8 MPa
Capacity [m3/h]
1.9 MPa
Nominal motor
power
[kW]
Dimensions
(L x W x H)
[mm]
Air receiver volume
[l]
Air Purity Class
acc. to
ISO 8573- 1
Airpol
KTPR 15 LaserTech
28 - 82 28 - 78 28 - 75 28 - 70 15 2000 x 600 x 1645 500 1.4.1
Airpol
PRT 22 LaserTech
54 - 119 54 - 116 54 - 112 54 - 104 22 720 x 1300 x 1460 - 1.4.1
Airpol
PRT 30 LaserTech
50 - 162 50 - 157 50 - 154 50 - 143 30 2300 x 900 x 1460 - 1.4.1
Airpol
PRT 45 LaserTech
102 - 240 102 - 239 102 - 238 102 - 220 45 2300 x 900 x 1460 - 1.4.1
Airpol
PR 75 LaserTech
186 - 438 186 - 429 186 - 420 186 - 402 75 2100 x 1230 x 1670 - -
Model Variable-Speed
Compressors
Max. 1.6 MPa
Capacity [m3/h]
1.3 MPa
Capacity [m3/h]
1.4 MPa
Capacity [m3/h]
1.5 MPa
Capacity [m3/h]
1.6 MPa
Nominal Motor Power
[kW]
Dimensions
(L x W x H)
[mm]
Air receiver volume
[l]
Air Purity Class
acc. to
ISO 8573- 1
Airpol KTPR 15 LaserTech 54 - 96 54 - 91 54 - 86 54 - 82 15 2000 x 600 x 645 500 1.4.1
Airpol PRT 22 LaserTech 54 - 142 54 - 133 54 - 126 54 - 119 22 720 x 300 x 460 - 1.4.1
Model Fixed-Speed
Compressors
Capacity [m3/h]
1.6 MPa
Capacity [m3/h]
1.8 MPa
Capacity [m3/h]
1.9 MPa
Nominal Motor Power
[kW]
Dimensions
(L x W x H)
[mm]
Air receiver volume
[l]
Air Purity Class
acc. to
ISO 8573- 1
Airpol KT 15 LaserTech 82 75 70 15 2000 x 660 x 1645 500 1.4.1
Airpol T 22 LaserTech 119 112 104 22 1100 x 720 x 1430 - 1.4.1

Why choose Airpol LaserTech compressors?

 

High-quality compressed air for laser processing applications

Airpol LaserTech compressors are equipped with an advanced compressed air treatment system consisting of a refrigerated dryer and a triple-stage filtration system, ensuring the high air quality required for precise laser cutting, marking, and engraving applications.

This integrated solution delivers compressed air meeting ISO 8573-1 Class 1.4.1 while maintaining a compact machine footprint. The built-in air treatment system minimizes installation space, eliminates the need for additional downstream air treatment equipment, and provides the air quality essential for reliable laser cutting operations.

By supplying your laser installation with compressed air from Airpol LaserTech, you benefit not only from superior air quality but also from significant improvements throughout your production process:

  • higher cutting quality and precision,
  • consistent, repeatable production results,
  • extended service life of optics, laser heads, and pneumatic components,
  • reduced risk of failures and costly downtime,
  • lower operating and maintenance costs,
  • stable and reliable operation of the entire compressed air system.

 

VSD Technology – Intelligent Capacity Control

Lower energy costs

The Variable Speed Drive (VSD) technology used in Airpol LaserTech compressors can reduce energy consumption by up to 30% compared to conventional fixed-speed compressors. The compressor delivers exactly the amount of compressed air required by the system, eliminating unnecessary energy losses.

How does a variable-speed compressor work?

The inverter integrated into Airpol LaserTech compressors continuously adjusts the motor speed within a range of 50% to 100%, reducing energy consumption while maintaining stable operating pressure.

Benefits of VSD technology in Airpol LaserTech compressors:

  • up to 30% energy savings compared to fixed-speed compressors,
  • stable system pressure,
  • reduced unloaded running time,
  • lower load on the electrical network,
  • fewer motor starts,
  • increased component durability,
  • extended compressor service life.

 

Ultra Speed Function – Even Greater Flexibility

Selected Airpol LaserTech models feature the Ultra Speed function, allowing smooth adjustment of the operating pressure within either the 16–19 bar or 13–16 bar range, depending on the model.

This enables users to achieve up to 15% higher air delivery at lower pressure, without investing in a larger compressor.

The Ultra Speed function is particularly beneficial for compressed air systems with fluctuating air demand.

 

Airpol Power Control – Intelligent Compressor Management

Airpol LaserTech compressors are equipped with modern OPTI and NAVI Airpol Power Control

controllers, providing complete control over both the compressor and the entire compressed air system.

The intuitive interface enables continuous monitoring of key operating parameters, quick configuration, and efficient maintenance planning.

Designed for reliability, data security, and maximum operational efficiency, the controllers support both standalone compressor operation and cascade or sequential control of multiple compressors, ensuring optimal performance across the compressor station.

Key benefits:

  • intuitive operation via full-colour displays,
  • continuous monitoring of compressor operating parameters,
  • programmable operating schedules,
  • control of up to four compressors in cascade or sequential mode,
  • easy software updates via USB,
  • high level of cybersecurity without relying on external servers.

 

Web Server – Remote Compressor Monitoring

Airpol Power Control controllers feature an integrated Web Server, enabling remote monitoring of compressor performance through any standard web browser.

Because the application is embedded directly within the controller, no additional software installation or cloud connectivity is required.

Simply connect to the local network to access real-time operating data and compressor status from any computer or device connected to the same infrastructure.

The Web Server also allows multiple users to monitor the compressor simultaneously, improving production oversight and simplifying maintenance planning.

With the Web Server you can:

    • monitor all compressor operating parameters in real time,
    • analyse compressor load and utilisation statistics,
    • review alarm, event, and notification history,
    • monitor service counters and schedule maintenance,
    • supervise scheduled one-time and recurring events,
    • securely access operational data without cloud-based services.

 

Data Security Comes First

Airpol Power Control controllers have been developed to meet the cybersecurity requirements of modern industry.

The integrated Web Server is hosted directly within the controller, ensuring that all operational data remains exclusively within the plant’s local network.

By eliminating the need for external servers or cloud services, the system reduces cybersecurity risks and supports compliance with corporate IT security policies.

 

Compressed Air Designed for Laser Cutting Technology

If you are looking for a rotary screw compressor specifically engineered for laser cutting applications, the Airpol LaserTech series is the ideal solution.

Thanks to VSD technology, the Ultra Speed function, and the integrated compressed air treatment system, Airpol LaserTech compressors deliver stable pressure, premium air quality, and air output precisely matched to the system’s current demand.

The result is reliable operation, lower operating costs, and consistently high-quality laser processing performance.

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