500×800mm Stainless Steel Automatic Vacuum Defoaming Machine

The numbers that matter most on a defoaming autoclave are not the outer dimensions. They are the usable chamber size — the space your panels and fixtures actually occupy.

On this machine, the cylindrical pressure chamber measures φ500mm × 800mm deep. That translates to:

A loading diameter that accommodates panels and fixtures up to approximately 500mm across 800mm of usable depth for multi-layer tray loading Consistent pressure distribution across the full cylindrical cross-section — no flat panels, no stress corners, no zones of uneven defoaming

The overall machine footprint is 820mm (L) × 1000mm (W) × 1630mm (H), sized for standard production floor layouts. Four swivel casters with leveling feet allow repositioning without heavy equipment.

Note: All product dimensions are measured manually and may have errors. Please refer to the actual product.

Full Stainless Steel Construction

The stainless steel finish on this machine is not cosmetic. Every interior surface — chamber wall, door face, internal tray supports — is stainless steel, chosen for three production-relevant reasons:

Corrosion resistance. Defoaming cycles involve elevated temperature and pressure in a sealed environment. Stainless steel maintains dimensional stability and surface integrity under repeated cycling where coated or painted surfaces eventually degrade.

Cleanability. A stainless interior can be wiped down between product families or after adhesive contact without damaging the surface or introducing contamination from degraded coating.

Long-term cycle consistency. A chamber that does not deform or corrode maintains the same pressure response over thousands of cycles. That predictability is what allows your validated parameters to stay valid.

Programmable Process Control — XINJE PLC Touchscreen

The control system on this machine is built around a XINJE PLC with touchscreen interface, visible and accessible from the front panel.

What you set from the touchscreen:

Process time Temperature Pressure

What the system manages automatically:

Auto Running — cycle executes without manual intervention once parameters are confirmed Auto Stop — cycle ends and system holds safely at end of programmed time Multi-Stage Parameter Setting — different pressure and temperature profiles can be programmed for different process stages or product families

Why this matters for production: A manual dial system requires an operator to monitor and adjust throughout the cycle. A PLC-based system runs the programmed recipe exactly, every time, with no operator-to-operator variation. When you validate a defoaming recipe for a specific panel and adhesive combination, the PLC stores and repeats it — that is the foundation of a reproducible production process.

The analog pressure gauge on the front panel provides a live mechanical backup reference independent of the digital system.

Control panel indicators:

Alarm Temperature Pressure Power CE marked

Applications

This machine is specified for post-lamination defoaming in the following product categories:

TFT/LCD Displays — flat panel defoaming after OCA or SCA adhesive bonding

Touch Panels — capacitive and resistive touch panel lamination defoaming

Industrial Screens — rugged display modules, HMI panels, and process control screens

Tablet Displays — tablet-size panel processing with multi-layer tray loading

Other Optical Bonding Products — any laminated display structure requiring post-bond bubble elimination

Final process parameters — temperature, pressure, hold time, ramp profile — must be selected and validated for each specific product based on material type, panel size, adhesive specification, and bonding structure. Parameters from unrelated products should not be transferred without re-validation.