Product Features

Vacuum belt heating for defoaming, Deep neural network algorithms, color contrast, contour recognition, template matching,imagecontrast detection,etc,Support automatic program invocation;

Reduces process costs,simplifies operation, enables easy management and control, and effectively removes adhesive bubbles;

Data output can automatically generatestatistical analysis SPC.

Functional Specification

Maximum PCB size 500mmX500mm;

Supports remote control, remote assistance, and custom model training ;

In-line design;

Adopting both vacuum and heating methods;

Resolution:400*300(12MP:100um,26MP:80um);500*500(12MP:125um,26MP:100um);

Optional:350°C high-temperature heating, nitrogen filling,visual Inspection, large-sized customization.

Product Dimensions

Technical parameters

Product function

1. Highly efficient deaeration

The vacuum degree can reach -0.098MPa, eliminating over 99% of microbubbles.

The rapid cycle (adjustable from 3 to 15 minutes) is 10 times more efficient than the traditional static method.

2. Intelligent control

Touch screen PLC control, preset over 20 material process parameters (such as glue type, viscosity).

Real-time pressure/temperature curve display, supporting data export.

3. Safe and stable

Explosion-proof design, equipped with overpressure protection and an automatic pressure relief valve.

The 304 stainless steel cavity is corrosion-resistant and easy to clean.

4. Flexible adaptation

The cavity size is selectable (5L-200L), and it supports assembly line integration.

Optional nitrogen filling function (for anti-oxidation requirements).

Application field

Electronic manufacturing: OCA lamination of display screens, PCB packaging

Medical devices: Medical catheter packaging, biological reagent defoaming

New energy: Electrode coating for power batteries, photovoltaic films

Automotive industry: lamp bonding, sensor packaging

Research institution: Composite Materials Laboratory

Product FAQ

Q1: What are the advantages of vacuum deaerators compared with traditional oven deaeration?

A: The vacuum method does not require high temperatures (avoiding material denaturation), has a faster defoaming speed (3 minutes vs. several hours), and can handle high-viscosity materials (such as silica gel).

Q2: Does the equipment support automated in-line production?

A: Support! It can be connected to mechanical arms or conveyor belts, and provides RS485/ Ethernet interfaces to meet the needs of smart factories.

Q3: How to choose the cavity size?

A: Select based on the single processing volume (for example, 5L is suitable for laboratories and 200L is used for batch production). We offer free selection consultation.

Q4: Is the equipment maintenance cost high?

A: Only the vacuum pump oil needs to be replaced regularly (1-2 times a year), no consumables are required, and the design life is over 10 years.

Product Sample