DeVilbiss Carbon Edition Advance HD Gravity Spraygun

Description

DeVilbiss Advance HD Gravity Feed Spray Gun

Expertly engineered. Unmatched in performance. Built to last.
The DeVilbiss Advance HD (High Demand) spray gun range is designed for professionals who demand exceptional atomisation, unrivalled efficiency, and all-day comfort—no matter the industrial application.

Engineered for High-Performance Spraying

The Advance HD’s superior atomisation is achieved through:

• High-capacity air passages for unrestricted airflow

• A separate balanced air valve ensuring consistent, even spray patterns

• Precision-machined air caps and fluid tips that deliver outstanding finish quality with all coatings

Whether using solvent-based, waterborne, high solids, or 2K materials, this gun is optimised for maximum transfer efficiency and coating control.

Comfort that Pays Off

• Lightweight, ergonomic design with contoured handle

• Reduced trigger tension and increased finger space to minimise operator fatigue

• Designed to reduce the risk of RSI (Repetitive Strain Injury)—ideal for high-volume environments

Built to Withstand the Demands of Industry

• Forged aluminium alloy gun body with rugged, heavily anodised finish

• No-baffle design reduces weight and simplifies cleaning

• Stainless steel fluid passageways and tips with optional Tungsten Carbide upgrades for harsh coatings

• Plated brass air caps ensure long service life and reliable performance

• Compatible with both Trans-Tech® Compliant and HVLP atomisation technologies

Key Features & Technical Benefits

• Compatible with all industrial spray coatings

• 600cc gravity paint cup for quick colour changes and reduced material waste

• 1/4″ universal thread (BSP/NPS) for versatile airline connections

• Integrated air inlet adjuster (“cheater valve”) for fine control

• Self-adjusting PTFE needle packing assembly

• Precision fluid and air controls for optimal application adjustment

• Wider hook opening for convenient hanging during use

• Designed to match high production speeds with low material usage