High Precision Selective Conformal Coating Machines

Quick Machine Comparison
Position Accuracy (μm)
Repeatibility Accuracy (μm)
Max No. Valves
Simultaneous Valve Dispensing
Valve Tilt 35˚
Valve Rotation ±180°
Machine Structure
20μm (0.02mm)
20μm (0.02mm)
3 (single)
4 (two pairs)
40μm (0.04mm)
40μm (0.04mm)
2 (single)
4 (two pairs)
iCoat 2
80μm (0.08mm)
80μm (0.08mm)
Extruded Aluminum

Advanced Model: iCoat-X5

iCoat-X5 Conformal Coating Machine

Two head configurations are available for the iCoat-X5 Selective Conformal Coating Machine:
A) Single head, 3 nozzles structure for conformal coating dispenser with 4 axis movement (X,Y,Z,U rotation) + 35° tilt is the most flexible work cell for a High Precision Selective Conformal Coating Machine to cater the most demanding coating application.

B) Twin heads, 4 nozzles structure for conformal coating system with 3 axis movement (X,Y,Z) + 35° tilt to double the output with 2 PCBs simultaneously coated for achieving maximum productivity.

iCoat-X5 Conformal Coating Spec SheetDownload Specifications

Intermediate Model: iCoat-X3

iCoat-X3 Conformal Coating Machine

Highest quality precision selective conformal coating system
The iCoat-X3 is designed to strike a balance between cost and performance. This selective conformal coating machine comes with a single head 2 nozzles structure (spray & dispense) with 3 servo motor axis movement (X,Y,Z).

Optionally, the iCoat-X3 selective conformal coating dispenser can also be equipped with either “Dual nozzle simultaneous coating with 35° tilt” or “FOUR directions 35° tilt for the right side nozzle”. These features enhanced the iCoat-X3 performance with the lowest cost of ownership.

iCoat-X3 Conformal Coating Spec SheetDownload Specifications

Entry Level Model: iCoat 2

iCoat 2 Conformal Coating Machine

Highly accurate and repeatable alternative to traditional manual applications
The iCoat-2 automated selective conformal coating machine combines affordabily and extreme precision in the same package. This conformal coater will help bring your factory solutions up to speed. It delivers reliable automated conformal coating of printed circuit assemblies increasing product production and decreasing labor costs.

If thinking of automating your selective conformal coating process, the iCoat 2 selective conformal coating machine is a dependable conformal coating system solution that will grow your business.

iCoat-2 Conformal Coating Spec SheetDownload Specifications

Selective Conformal Coating Options

Selective Conformal Features & Structures

Tilt Dispense

Dispense Sealant

Large Area Spray

Tilt Spray

Auto Dipping

Auto Purging

Complete Line Solution

One-Stop Total Line Selective Conformal Coating Solutions provide PCB manufacturers the opportunity to increase their productivity levels exponentially by fully automating their conformal coating process. The example fluid dispensing line below illustrates a 50% reduction in line length over traditional automated conformal coating process lines. Contact Us Today for a specialty coatings system solution using precision dispensing valves, spray nozzles and automation that meets your exact fluid dispensing requirements.

Shown below is a selective conformal coating process line with a single load/unload location. This configuration is ideal for double sided conformal coating while reducing floor space considerably. This selective coating line includes the iCoat Selective Conformal Coating Workcell, TrioTek Curing Oven, Load/Unload conveyor and Inspection Station. For Pricing and Specifications please Call or E-Mail Us Today!

One Man Operation (OMO) – Fluid Dispensing Line

Complete Selective Conformal Coating Line

TrioTek² Thermal Moisture Ultraviolet 2-Level Curing Oven

Traditional vs. OMO

Traditional Line

Traditional or old school process lines have a product flow input at one end and an output at the opposite end of the line. These traditional lines are harder to maintain, require more labor, and occupy greater factory space.

OMO Line

OMO has several advantages over traditional process lines. Product flow input and output occurs at the same location allowing for a convenient manual flip for coating or dispensing on both sides of a PCB assembly. In addition, a single operator can both load and unload the PCB assemblies for the entire line reducing labor costs. This also reduces handling time and the number of pallets needed for manufacturing processes of PCB assemblies. Depending on the process line, an OMO line has a reduced factory foot-print of up to 50%. In an ideal environment, it could nearly double the production capacity of a manufacturing facility.

Additional OMO Examples