Dip coating is carried out in six main stages:

Dip Coating Stage 1 – Immersion: The sample is immersed in the gel completely vibration-free and at a preprogrammed speed.

Dip Coating Stage 2 – Dwell Time: The sample remains at the preprogrammed location, submerged in the solution, for the preprogrammed time.

Dip Coating Level 3 – Start: The sample was immersed as directed and left in the solution. The sample is then lifted out of the gel completely vibration-free and at a preprogrammed speed.

Dip Coating Stage 4 – Gelation: The nanofilm forms on the surface of the sample body as the sample body slowly moves upward toward the preprogrammed end position. The upward movement occurs completely vibration-free in accordance with the preprogrammed parameters.

Dip Coating Step 5 – Drying: Excess solution dries and drips from the sample during the upward movement.

Dip Coating Step 6 – Evaporation: The solvent evaporates from the solution, and a nanofilm forms.

During the continuous dip coating process, the steps listed above are carried out in chronological order. The built-in microcomputer enables user-friendly programming of the dip-coating counter along with the dip-coating parameters, ensuring user-friendly and fully automatic dip coating and sol-gel coating.

Dip coating is a method of nanofilm coating. Specimens are immersed in a solution and removed from the solution after a specified immersion time, under defined conditions such as speed, temperature, and atmospheric influences.

This precision sol-gel coating system is ideal both as a desktop system and as a dip-coating device in a vacuum chamber, a laboratory oven, or a climate chamber (Model QPI-168 (Touch)) and can be used for dip-coating both simple and complex specimens.

This professional dip coating machine is manufactured in accordance with international technical guidelines and testing standards.