IR Drawer-Type Oven

The IR drawer-type oven is a high-cleanliness infrared heating system designed for precision drying and thermal processing. It combines medium-wave infrared heating with hot air...

Introduction

The IR drawer-type oven is a high-cleanliness infrared heating system designed for precision drying and thermal processing. It combines medium-wave infrared heating with hot air circulation, ensuring fast heating response and uniform temperature distribution. The equipment is widely used in cleanroom production environments, offering stable performance, high efficiency, and reliable automation control.

Applications

Drying and curing after dispensing processes

Electronic components and PCB processing

Optical and LCD module manufacturing

Semiconductor and IC packaging

Precision components requiring clean heating environments

Technical Specifications

Parameter Specification
Power Supply AC380V, 3 Phase, 50Hz
Total Length 6000 mm
Heating Zone Length 5000 mm
Temperature Range 40°C – 350°C (Typical ≤180°C)
Temperature Uniformity ±3°C (excluding inlet/outlet)
Conveyor Speed 0.3 – 2.0 m/min (adjustable)
Typical Speed 0.8 m/min
Conveyor Type SUS stainless steel mesh belt / PTFE belt
Belt Width 1010 mm
Heating Method Medium-wave quartz IR heaters
Exhaust Volume Max. 10.0 m³/min
Exhaust Pipe Ø80 mm × 6
Exhaust Temperature ≤150°C
Vacuum Requirement Vacuum within 10 seconds
Temperature Control Accuracy ±0.3% FS
Control System Siemens PLC + Touchscreen
Temperature Monitoring 6-point recorder with USB data export
Surface Temperature ≤45°C (except inlet/outlet & exhaust areas)
Cleanliness Level Class 100

Features

Infrared + Hot Air Heating: Combines IR radiation with forced convection for fast and uniform heating

High Cleanliness Design: Full argon arc welded SUS304 chamber reduces particle generation

Stable Conveyor System: Roller-supported mesh belt prevents vibration, scratching, and jamming

Efficient Heating Elements: Medium-wave quartz tubes ensure rapid temperature rise and stable drying

Precision Temperature Control: OMRON controller with PID + SSR ensures high accuracy

Advanced Automation: Siemens PLC and HMI support MES integration and data management

Real-time Monitoring: Multi-point temperature recording with USB data export

Optimized Airflow System: Top-down airflow design ensures uniform temperature distribution

Energy-saving Insulation: High-density ceramic fiber insulation minimizes heat loss

Convenient Maintenance: Electric cylinder lifts the top cover for easy access

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