English 
P: +86-18866913099
E: sales01@latelas.com
E: sales01@latelas.com
NO 888 Maltsea Industrial Park, Mine Town, Lanling County, Linyi City, Shandong Province, China
The MULTSEA Laser Air Compressor is an integrated screw-type air supply device engineered for high-precision laser processing scenarios. It combines high-pressure output (1.6-2.5 MPa), a multi-stage patented filtration system, and cold dryer pretreatment to deliver oil-free, water-free, and dust-free compressed air—fully meeting the strict supporting requirements of 10,000-watt laser equipment.
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With a compact all-in-one structure (dimensions ranging from 1780×790×1780 mm to 2300×990×2020 mm) and high-configurable German-manufactured components, this compressor balances power, space efficiency, and durability, making it a core equipment for precision manufacturing facilities.
Automotive part manufacturing (e.g., engine brackets, chassis precision parts) relies on laser cutting to achieve ±0.01mm tolerance. Traditional compressors often fail to control air impurities, leading to laser lens contamination, reduced cutting accuracy, and even scrapped parts. The MULTSEA Laser Air Compressor solves this pain point with its 5-stage filtration system: the first stage removes large dust particles (≥5μm), the second filters fine dust (≥1μm), the third absorbs moisture, the fourth eliminates oil vapor, and the fifth performs final polishing. This process ensures air quality meets the "three-zero" standard, reducing component scrap rates by over 15% and extending laser lens lifespan by 2-3 times.
Semiconductor packaging and circuit board engraving require ultra-clean compressed air—even 1μm dust particles or trace oil droplets can cause circuit short circuits or microchip damage. The compressor’s ultra-long filtration time (up to 2000 hours of continuous use without filter replacement) and stable high-pressure output (3.7 m³/min free air delivery for TGM37-16A) support 24/7 operation of high-power laser machines. It also features a pressure stabilization system that keeps pressure fluctuation within ±0.02 MPa, ensuring consistent engraving depth on circuit boards and reducing production downtime by 10-12%.
The newly developed 5-stage filtration + cold dryer pretreatment system is the core advantage. It reduces oil content in compressed air to near-zero and dust particle content to ≤0.1μm, exceeding the ISO 8573-1 Class 1 standard for air quality. This is critical for protecting sensitive laser optics and ensuring processing precision.
Adopting proven German screw compression technology, the compressor’s host uses high-hardness screw rotors (surface hardness up to HRC 60) and 4-6 SKF precision bearings. Key models include:
• TGM15-16A: 15kW power, 1.5 m³/min air delivery, 602kg weight (entry-level for 5000-8000W lasers)
• TGM37-25A: 37kW power, 2.5 m³/min air delivery, 869kg weight (mid-range for 10000W lasers)
• TGM45-25A: 45kW power, 3.4 m³/min air delivery, 901kg weight (high-power for heavy-duty laser cutting)
All models undergo 100-hour continuous load testing before delivery, with a first-year failure rate of less than 2%.
Unlike bulky traditional compressors, the MULTSEA Laser Air Compressor integrates the host, filtration system, and cold dryer into one unit. The TGM15-16A model, for example, has a footprint of only 1.4 m² (1780×790 mm)—30% smaller than similar products. This allows flexible placement near laser processing lines, reducing air pressure loss in long pipelines (by up to 15%) and improving energy efficiency.
Q1: What laser power range is this compressor compatible with?
A1: It is primarily designed for 10,000-watt laser equipment but can adapt to 5000-8000W lasers by adjusting air output via the control panel, making it versatile for different production needs.
Q2: How often should the filtration components be replaced?
A2: Under normal use (8 hours/day, 5 days/week), the primary filter needs replacement every 6 months, secondary/tertiary filters every 12 months, and cold dryer desiccant every 18 months. The control panel has a maintenance reminder function to avoid missed replacements.
Q3: Can it operate in low-temperature environments?
A3: Yes, it can start and run normally at -10°C. For environments below -10°C, we offer an optional low-temperature protection kit (heats the oil tank and filtration system) to ensure optimal performance.
Q4: What is the warranty period?
A4: A 2-year full warranty covers the entire machine (excluding consumables like filters), and the core screw host has a 5-year warranty—reflecting our confidence in product durability.
With a compact all-in-one structure (dimensions ranging from 1780×790×1780 mm to 2300×990×2020 mm) and high-configurable German-manufactured components, this compressor balances power, space efficiency, and durability, making it a core equipment for precision manufacturing facilities.
Automotive part manufacturing (e.g., engine brackets, chassis precision parts) relies on laser cutting to achieve ±0.01mm tolerance. Traditional compressors often fail to control air impurities, leading to laser lens contamination, reduced cutting accuracy, and even scrapped parts. The MULTSEA Laser Air Compressor solves this pain point with its 5-stage filtration system: the first stage removes large dust particles (≥5μm), the second filters fine dust (≥1μm), the third absorbs moisture, the fourth eliminates oil vapor, and the fifth performs final polishing. This process ensures air quality meets the "three-zero" standard, reducing component scrap rates by over 15% and extending laser lens lifespan by 2-3 times.
Semiconductor packaging and circuit board engraving require ultra-clean compressed air—even 1μm dust particles or trace oil droplets can cause circuit short circuits or microchip damage. The compressor’s ultra-long filtration time (up to 2000 hours of continuous use without filter replacement) and stable high-pressure output (3.7 m³/min free air delivery for TGM37-16A) support 24/7 operation of high-power laser machines. It also features a pressure stabilization system that keeps pressure fluctuation within ±0.02 MPa, ensuring consistent engraving depth on circuit boards and reducing production downtime by 10-12%.
The newly developed 5-stage filtration + cold dryer pretreatment system is the core advantage. It reduces oil content in compressed air to near-zero and dust particle content to ≤0.1μm, exceeding the ISO 8573-1 Class 1 standard for air quality. This is critical for protecting sensitive laser optics and ensuring processing precision.
Adopting proven German screw compression technology, the compressor’s host uses high-hardness screw rotors (surface hardness up to HRC 60) and 4-6 SKF precision bearings. Key models include:
• TGM15-16A: 15kW power, 1.5 m³/min air delivery, 602kg weight (entry-level for 5000-8000W lasers)
• TGM37-25A: 37kW power, 2.5 m³/min air delivery, 869kg weight (mid-range for 10000W lasers)
• TGM45-25A: 45kW power, 3.4 m³/min air delivery, 901kg weight (high-power for heavy-duty laser cutting)
All models undergo 100-hour continuous load testing before delivery, with a first-year failure rate of less than 2%.
Unlike bulky traditional compressors, the MULTSEA Laser Air Compressor integrates the host, filtration system, and cold dryer into one unit. The TGM15-16A model, for example, has a footprint of only 1.4 m² (1780×790 mm)—30% smaller than similar products. This allows flexible placement near laser processing lines, reducing air pressure loss in long pipelines (by up to 15%) and improving energy efficiency.
Q1: What laser power range is this compressor compatible with?
A1: It is primarily designed for 10,000-watt laser equipment but can adapt to 5000-8000W lasers by adjusting air output via the control panel, making it versatile for different production needs.
Q2: How often should the filtration components be replaced?
A2: Under normal use (8 hours/day, 5 days/week), the primary filter needs replacement every 6 months, secondary/tertiary filters every 12 months, and cold dryer desiccant every 18 months. The control panel has a maintenance reminder function to avoid missed replacements.
Q3: Can it operate in low-temperature environments?
A3: Yes, it can start and run normally at -10°C. For environments below -10°C, we offer an optional low-temperature protection kit (heats the oil tank and filtration system) to ensure optimal performance.
Q4: What is the warranty period?
A4: A 2-year full warranty covers the entire machine (excluding consumables like filters), and the core screw host has a 5-year warranty—reflecting our confidence in product durability.
