Choose the support path that matches your next decision

Start with practical guidance, check a quick answer, or prepare a spray pattern in G-Lab.

Head test
Video Three nozzles Head system

How does a three-nozzle airbrush head behave?

A short test showing the physical multi-nozzle head concept used for independent spray channels.

0:19 short test Three nozzles Head behavior
Technical case study

Separate spray channels instead of color mixing in one nozzle

This short clip is best used to explain the mechanical idea: a multi-nozzle head can work with independent reservoirs and channels. It is not the same concept as inkjet color mixing.

01

The challenge

Some workflows need more than one feed material or color, but still need CNC-controlled positioning and repeatable motion.

02

The setup

The three-nozzle head places multiple controlled spray channels on the moving head. Each channel can be treated as a separate process route in the workflow.

03

The result

The video gives a quick visual proof of the multi-nozzle head concept. Detailed configuration still depends on material, spacing, working area, and control axes.

Why this matters

Multi-nozzle heads reduce usable working area and are not compatible with Tilt. They should be selected because the process really needs separate feeds, not because they look more universal.

Head selection route

Choose the head from the process, not from the number of nozzles

Smooth Head is usually the cleanest standard route. Multi-nozzle heads become useful when separate channels solve a real workflow problem.

Smooth Tricolor Workflow
Shopping Cart
Scroll to Top