Conformal Coating & Dipping

Automatic Dip Coating is one of the most efficient methods for application of conformal coatings and is excellent for all volume production whether large or small.

The process of dipping a circuit boards into a conformal coating material contained in a tank ensures complete coverage, including underneath components and around difficult large 3D boards and there is no over spray or material wastage.

Dip coating of boards

DS101 Dip Coating System

The DS101 Conformal Coating Dip System is a precision built, floor standing, conformal coating dip machine for medium to high volume batch processing of printed circuit boards.

Operating completely on compressed air and utilising an air over oil pneumatic system, the DS101 dip coating system offers total precision regulated speed control to allow a wide range of conformal coatings to be correctly coated and an unparalleled repeatable high tolerance of coating thickness to be achieved.

Being entirely pneumatic the machine is safe to use with flammable materials, and the automatic dip cycle process provides a smooth immersion and withdrawal rate which eliminates air entrapment and ensures an even film.

Click here for DS101 Conformal Coating Dip System PDF

Click here for DS101 Conformal Coating Dip System Video including horizontal dipping

Click here for Conformal Coating Dipping FAQs

DS101 Dip coating System

DS102 Dip Coating System

Originally designed as an option for the CB100 spray booth for small scale conformal coating dipping, the DS102 has proved popular as a stand alone dip coater for small volume precision operation.

Completely pneumatically operated, the DS102 offers a low cost solution to repeatable dip coating for all types of conformal coatings.

Click here for DS102 PDF for full specification

Click here for Conformal Coating Dipping FAQs

DS102 Dip coating System

Brochure

If you're planning to install a SCH piece of equipment, please check for the exact dimensions. The dimensions shown in the following brochures are subject to change between publication dates.