Airless Guns Product List
Airless Spray Gun ALG-7/72/73

Greater ease of cleaning
Applications
- Construction Coating
- Steel frame Coating
Features
Greater ease of cleaning
- Larger paint passages reduce passage resistance and prevent paint slag from depositing.
Enhanced safety
- The withstanding pressure is more than four times the maximum operating pressure. For safety enhancement, the spray lock has been removed. (The gun has the safety lock, as the previous models do.)
Greater ease of handling
- The trigger design has been reviewed to reduce the trigger load for smooth trigger operation.
Compact and lightweight
- The gun has been made significantly lighter while maintaining its pressure resistant structure.
High maintainability
- No special tool is needed to assemble and disassemble the gun. All you need are general tools such as a spanner and a hexagon wrench.
- The needle valve set is provided as an assembly, making the assembly work easier to do.
- A nozzle tip is not supplied. Nozzle Tips and Corresponding Models (88KB)
Airless Automatic Gun AL-96

Compact, lightweight design
Applications
Automatic coating
Features
- High-pressure gun with compact and lightweight design
- The parts that come into contact with fluid are made of stainless steel (SUS-303/G2), making the gun ideal for water-based paint.
- A highly durable packing is used for paint sealing.
- Extra tightening can be given to the needle valve packing from the outside without disassembling the gun.
- Spit-less needle valve less prone to paint accumulation
- A nozzle tip is not supplied. Nozzle Tips and Corresponding Models (88KB)
AP-96 Airless Pole Gun

Ideal for spraying hard-to-reach places such as high places and pipe internal surfaces
Applications
Applications
- Ship Coating
- Bridge Coating
- Coating at other high places
Features
- The gun can be used for coating high places, pipe internal surfaces, etc.
- The shaft comes in four lengths: 0.5, 1.0, 1.5, and 2.0 m.
- A nozzle tip is not supplied.
- A nozzle tip is not supplied. Nozzle Tips and Corresponding Models (88KB)