Air assisted airless spray gun. Max pressure 200BAR. Fitted with 411 tip

Why use a Air Assisted Airless Spray Gun - 200 Bar 

1. High Transfer Efficiency 

Combines airless atomization (for volume and pressure) with air-assisted atomization (for finish quality). 

Results in less overspray, more paint on the surface, and material savings. 

Ideal for expensive coatings where minimizing waste matters. 

2. Excellent Finish Quality 

The addition of air softens the spray fan, improving atomization and droplet consistency. 

Produces a smoother, more uniform finish compared to pure airless spraying. 

Suitable for fine-finish applications (e.g., wood, furniture, automotive parts, and metalwork). 

3. High Pressure for Fast Coverage 

200 bar (2900 psi) provides enough pressure for efficient material break-up and fast application, even on large surfaces. 

Allows spraying of high-viscosity materials without thinning (e.g., primers, urethanes, epoxies). 

4. Reduced Operator Fatigue 

Lower trigger force and smoother spray pattern reduce physical effort and the need for constant adjustments. 

Often lighter and easier to handle than traditional airless systems at the same pressure level. 

5. Versatile Material Compatibility 

Handles a wide range of coatings: 

Solvent-based paints 

Waterborne finishes 

Clear coats 

Primers and sealers 

Ideal for both industrial and wood finishing environments. 

6. Consistent Spray Pattern 

Air assistance helps maintain a stable, soft-edged spray fan, improving coverage on detailed or contoured surfaces. 

Reduces risk of striping or uneven coating thickness. 

7. Lower Air Consumption 

Uses less compressed air than traditional HVLP or air spray systems, leading to energy savings. 

A practical option where air supply is limited. 

The benefits of a Air Assisted Airless Spray Gun - 200 Bar 

1. Superior Finish Quality 

Combines high-pressure atomization with air-assisted control for a smooth, even, and professional finish. 

Reduces common paint defects like orange peel, runs, or overspray spots. 

2. High Transfer Efficiency (Up to 80%) 

More paint lands on the target surface with less bounce-back and overspray. 

Reduces material waste and saves on paint costs, especially important for expensive coatings. 

3. Fast Application with High Pressure (200 Bar / 2900 PSI) 

Ideal for large surface areas and high-volume production. 

Handles thicker coatings without thinning (e.g., primers, epoxies, polyurethanes). 

4. Improved Edge Definition and Control 

The added air flow allows for softer spray edges, improving coverage around corners, grooves, and complex surfaces. 

Ideal for detailed work in furniture, cabinetry, and metal fabrication. 

5. Reduced Operator Fatigue 

Lighter gun design and low trigger force make it easier to handle during long spray sessions. 

Ergonomic improvements contribute to better productivity and comfort. 

6. Versatile Coating Compatibility 

Works well with a variety of materials, including: 

Solvent-based paints 

Waterborne coatings 

Clear coats, primers, sealers, and more 

One tool for multiple coating systems and job types. 

7. Cleaner Work Environment 

Reduced overspray means less airborne paint particles, which: 

Keeps the spray booth or workspace cleaner 

Improves health and safety for workers 

8. Lower Air Consumption 

Compared to conventional air spray systems, AAA spray guns require less compressed air, making them more energy efficient and cost-effective. 

9. Consistent Results 

Maintains a stable spray pattern across different materials and job sizes. 

Great for repeatable, high-quality results in production environments. 

Ideal For: 

Industry 

Application 

Woodworking 

Cabinets, furniture, doors, mouldings 

Automotive 

Parts coating, primers, finishing 

Industrial Coatings 

Machinery, metalwork, pipelines 

Metal Fabrication 

Structural steel, equipment, components 

General Manufacturing 

Mass-production spray finishing 

Uses and applications of a Air Assisted Airless Spray Gun - 200 Bar 

1. Industrial Coatings 

Coating machinery, tools, frames, and metal structures 

Applies primers, epoxy coatings, and polyurethanes with excellent build and adhesion 

Ideal for production lines needing speed and quality 

2. Wood Finishing 

Spraying furniture, cabinetry, doors, and mouldings 

Delivers fine finishes with clear coats, stains, and lacquers 

Ideal for both flat and detailed wood surfaces 

3. Automotive Components 

Coating automotive parts, frames, bumpers, and accessories 

Applies primers and topcoats with low overspray and excellent finish quality 

Common in OEM and aftermarket operations 

4. Metal Fabrication 

Spraying fabricated items like tanks, beams, gates, or machined components 

Handles thick protective coatings without the need for dilution 

Ensures even coverage on complex geometries 

5. Construction and Architectural Coatings 

Coating metal staircases, railings, cladding, aluminum frames 

Applies protective and decorative finishes to building elements 

Efficient for both on-site and in-shop work 

6. General Manufacturing 

Applied in production lines for: 

Appliances 

Industrial furniture 

Equipment enclosures 

Provides consistent finish quality and coverage across units 

7. Agricultural and Heavy Equipment 

Sprays tractors, harvesters, construction machinery 

Applies high-build coatings that resist corrosion and wear 

Ideal for large, rugged surfaces 

Common Materials Sprayed: 

Solvent-based paints 

Waterborne coatings 

Primers and sealers 

Urethanes and epoxies 

Stains and lacquers 

Protective coatings 

Summary Table: 

Industry 

Use/Application 

Industrial Coating 

Machinery, steel, industrial components 

Woodworking 

Furniture, cabinetry, doors 

Automotive 

Parts, frames, accessories 

Metal Fabrication 

Tanks, rails, custom metalwork 

Construction 

Structural coatings on-site or in-shop 

General Manufacturing 

Appliances, enclosures, equipment 

Agricultural Equipment 

Tractors, trailers, heavy-duty machinery