SINTRAX Air Compressors

for Laser Cutting

At Spark & Co, we know that uptime and precision are everything in laser cutting. SINTRAX Air Compressors deliver reliability, efficiency, and clean air – keeping your machines at peak performance.

In fiber laser cutting, compressed air quality directly impacts speed, edge finish, and operating costs. SINTRAX Air Compressors are designed for laser applications, providing stable high-pressure, dry air with advanced energy-saving features.

Their 4-stage compression system reduces heat, extends component life, and ensures consistent performance. With built-in Variable Frequency Drive (VFD), SINTRAX Air Compressors adjust in real time to match demand, lowering energy use by up to 30% and reducing costs.

The integrated dryer and filtration system protect optics and ensure smooth cutting, making SINTRAX Air Compressors the ideal solution for stainless steel, carbon steel, aluminum, and other demanding applications.

Our Air Compressors

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Air Compressors for Laser Cutting

Key Benefits

Lower Cutting Gas Costs

Lower Cutting Gas Costs

Consistent Edge Quality

Consistent Edge Quality

Reduced Maintenance

Reduced Maintenance

Ready-to-Use Solution

Ready-to-Use Solution

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What Are the Benefits of Using SINTRAX Air Compressors for Laser Cutting?

  1. Cleaner, Higher-Quality Cuts

The integrated air dryer and multi-stage filtration ensure a steady supply of dry, oil-free compressed air. This eliminates moisture and contaminants that can damage optics, discolor materials, or leave rough edges—resulting in smooth, precise cuts every time.

  1. Lower Operating Costs with VFD Control

Traditional fixed-speed compressors waste energy by running at full load even when demand is low. The SINTRAX compressor uses a Variable Frequency Drive (VFD) to automatically adjust motor speed to match your shop’s real-time air demand. This reduces energy consumption by up to 30%, cutting electricity bills and maximizing ROI.

  1. 4-Stage Compression for Laser Cutting Pressure Needs

Fiber lasers often require 16–24 bar for clean, efficient cutting on stainless steel, carbon steel, and aluminum. The SINTRAX 4-stage design delivers stable, high-pressure output without overloading the system, ensuring reliability and consistency during long production runs.

  1. Replace Expensive Nitrogen in Many Applications

Compressed air can replace nitrogen for cutting mild steel, aluminum, and galvanized sheet in many cases—at a fraction of the cost. With SINTRAX, shops can save thousands per year on gas expenses while maintaining strong cut performance.

  1. Protects Your Laser Investment

Stable pressure, oil-free air, and reduced heat generation protect sensitive laser optics and components. This lowers consumable replacement costs, minimizes downtime, and extends the life of your laser cutting machine.

  1. Plug-and-Play Solution

Unlike standard compressors that require multiple add-ons, the SINTRAX comes with an integrated dryer and filtration system—making it a turnkey solution designed specifically for laser cutting shops. Less setup, fewer headaches, faster results.

Comparaison des machines de soudage laser

LightWELD 2000XR
Welding & Cleaning
LightWELD 1500XR
Extended Range
Welding & Cleaning
LightWELD 1500XC
Welding & Cleaning
LightWELD 1500
Welding
LightWELD 1000
Welding
Welding Capability: SteelsStainless, Galvanized & Mild Steel: up to 8 mm (0.315” )Staineless Steel, Mild Steel, Galvanized Steel
6.35 mm (0.250'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Staineless Steel, Mild Steel, Galvanized Steel
4 mm (0.160'')
Welding Capability: AluminiumAluminum 3 & 5 Series: up to 8 mm (0.315”)
Aluminum 6 Series: up to 5 mm (0.200”)
Aluminium (3XXX, 5XXX, 6XXXseries)
6.35 mm (0.250'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Aluminium (3XXX, 5XXX series)
4 mm (0.160'')
Welding Capability: Titanium and Nickel AlloysTitanium & Nickel Alloys: up to 7 mm (0.275” )Titanium and Nickel Alloys
6.35 mm (0.250'')
---
Welding Capability-CooperCopper: up to 3 mm (0.120”)Copper 2 mm (0.080'')---
Wooble WeldingUp to 5 mm widthUp to 5 mm widthUp to 5 mm widthUp to 5 mm widthUp to 5 mm width
Cleaning CapabilityPre- & Post-weld up to 15 mm widthPre- & Post-weld up to 15 mmPre- & Post-weld up to 15 mm--
High Frequency Peak Power for Cleaning3000 W2500 W2500 W--
Wire Welding CapabilityYesYesYesYesYes

COMPARAISON DES MACHINES DE découpage jet d’eau

OPTIMAXOMAXMAXIEMGLOBALMAXPROTOMAX
Description du ProduitLa machine à jet d'eau complète utilisant le meilleur de ce que OMAX a à offrir.Le cheval de bataille des jets d'eau, la ligne OMAX offre précision, performance et puissance. Capacité maximale avec la plus large compatibilité d'accessoiresConfiguré pour votre entreprise avec une large compatibilité d'accessoiresJet d'eau abrasif économique avec compatibilité essentielle d'accessoires
3-AxesZ Programmable Z Programmable Z Programmable Z Programmable Z Manuel
5-AxesVersaJET, TiltaJETA-Jet, TiltaJETA-Jet
6-AxesBientôt disponibleRotary Axis with A-Jet/TiltaJET
Buse de CoupeMAXJet 5iMAXJet 5iMAXJet 5iGlobalMAX NozzleProtoMAX Nozzle
Dimensions de la Surface de Coupe10'0" x 5'2" to 13'4 x 6'8"
3.04 m x 1.57 m to 4.06 m x 2.03 m
2'5" x 2'2" to 46'8" x 13'4"
0.73 m x 0.66 m to 14.2 m x 4.0 m
5’2” x 5’2” to 20'6" x 10'2"
0.79 m x 0.77 m to 6.2 m x 3.1 m
2'7" x 5'0" to 13'3" x 6'8"
0.80 m x 1.5 m to 4.0 m x 2.0 m
12" x 12"
0.3 m x 0.3 m
Capacité de Poids sur la Surface de Coupe 400 lbs/sq ft
1950 kg/m2
400 lbs/sq ft
1950 kg/m2
300 lbs/sq ft
1465 kg/m2
100 lbs/sq ft
488 kg/m2
50 lbs/ sq ft
244 kg/m2
Circularité Ballbar±0.003"
±0.076 mm
±0.0025" to ±0.005"
±0.064 mm
±0.005"
±0.127 mm
±0.007"
±0.178 mm
±0.016"
±0.406 mm