Pressure Curing Oven

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Overview

Our Pressure Curing Oven is a precision-engineered system designed to control pressure and temperature optimized for specific processes. It is widely applied in lamination molding processes, ranging from touchscreens and small LCD film attachment to the advanced semiconductor component industry.
Focusing on user-centric convenience, uniform temperature control, and top-tier safety, it provides a stable and highly reliable environment for critical manufacturing stages.

  • For Film Bonding

  • For Semiconductor
    packaging

  • For Glass Bonding

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Product Catalog

Product Series Information

  • FA Series: For Film Lamination

    Enhances product performance by ensuring layer uniformity through the removal of air bubbles between film layers. It is primarily utilized in bonding processes for touch panels and small LCD films.

  • HA Series: For Semiconductor Packaging

    A high-efficiency system that performs curing and defoaming simultaneously. By applying isotropic pressure using gas while curing epoxy resin, it effectively eliminates internal bubbles and voids.

  • GA Series: For Glass Bonding

    Designed to achieve material homogenization and densification by applying isotropic pressure under constant temperature. This system is ideal for heat treatment of tempered/paired glass and various laminated glass processes.

Key Features

  • Compliance with Global Safety Standards

    Designed with a robust structure in accordance with ASME standards, our equipment has passed domestic industrial and gas safety inspections and holds the Chinese SEL (CSEL) certification for guaranteed safety.

  • Optimized for Cleanroom Environments

    The integrated drive system minimizes particle generation, and protective covers are applied to all rotating parts. Using Stainless Steel (SUS) as the primary material, we ensure both high durability and hygiene.

  • Easy-to-Detach & High-Efficiency Design

    We have implemented a 100% guide structure to achieve optimal airflow. The system is engineered for maximum efficiency to minimize energy and operational losses.

  • Extended O-Ring Lifespan

    By selecting O-Ring materials tailored to specific operating temperatures, we have significantly extended their lifespan. The structure is specifically designed to minimize debris and contaminant buildup.

  • Precision Piping Engineering

    Leveraging 30 years of accumulated expertise, we provide high-integrity piping solutions. We select materials that remain stable under high pressure and design layouts that allow operators to monitor the process flow at a glance.

  • User-Friendly Operation

    The control panel features an intuitive interface for easy operation. Its stable and superior performance enhances overall equipment management efficiency.

Product Specifications Dimensions and weight are subject to change depending on process requirements and selected options.

  • FA Series
  • HA Series
  • GA Series
Series Inside diameter (㎜) Inside depth (㎜) Equipment Size (㎜ / w*d*h) Equipment Weight (kg) Pressure (bar) Temp (℃) Material
FA3 300 300 1,529.5 x 885 x 1,450 800 8 / 20 80 / 100 SUS304 / SMCM439
500 1,568 x 1,362 x 2,305 900
FA5 500 500 1,672 x 2,471.5 x 2,000 1000
1000 1,672 x 2,471.5 x 2,600 1300
FA6 600 500 1,690 x 1,400 x 2,100 1500
1000 1,690 x 1,400 x 2,600 1800
FA9 900 1000 1,915 x 1,580 x 2,950 2500
1500 1,915 x 1,580 x 3,230 3000
FA12 1200 1500 2,125 x 2,080 x 3,020 4000
2000 2,125 x 2,080 x 3,520 5000
Series Inside diameter (㎜) Inside depth (㎜) Pressure (bar) Temp (℃) Material
HA-6322 680 350 20 200 SUS304
HA-6622 630
HA-7622 720 630
HA-7822 760 800
HA-8422 800 400
Series Inside diameter (㎜) Inside depth (㎜) Pressure (bar) Temp (℃) Material
GA6 600 600 9 / 20 150 SUS304
100
GA9 900 1000
1500
GA12 1200 1200
1500
GA15 1500 2000
1500
GA20 2000 2000
3000

How to select Order-made Type

Type Inside diameter Inside depth Pressure Temp (℃)
A / B / B" (select) Ø (calculate) C (select) Maximum Value to use (bar) Maximum Value to use (℃)
Type A / B / B" (select)
Inside diameter Ø (calculate)
Inside depth C (select)
Pressure Maximum Value to use (bar)
Temp (℃) Maximum Value to use (℃)

Caution

  • Select the width of the first tray carriage (A selection criteria)
  • Select the 2nd tray/carriage height and number of stages (B/B” selection criteria)
  • When the above two A and B are selected, the way to find the inside diameter (Ø) is to find C since you know A and B, which are A(base), B(height) and C(hypotenuse)
  • Square of hypotenuse(C) = Square of base(A) + Square of height(B)
  • Hypotenuse(C)mm + 50mm = Inside diameter(Ø)