Non-standard Tunnel Reflow Oven (Vacuum Reflow Oven)

The Non-standard Tunnel Reflow Oven (Vacuum Reflow Oven) is a customized continuous thermal processing system designed for high-precision soldering and heat treatment applicatio...

Introduction

The Non-standard Tunnel Reflow Oven (Vacuum Reflow Oven) is a customized continuous thermal processing system designed for high-precision soldering and heat treatment applications. It integrates vacuum technology with multi-zone heating and hot air circulation to ensure reliable solder reflow, reduced voids, and improved product quality. The system features a stainless steel mesh belt conveyor, stable transmission, and cleanroom-compatible design, making it suitable for advanced manufacturing environments.

Applications

This non-standard vacuum tunnel oven is widely used in industries requiring high reliability and precision:

Electronics: PCB, SMT reflow soldering, component curing

Semiconductor: chip packaging and bonding processes

New energy: battery module soldering and heat treatment

Automotive electronics: high-reliability soldering applications

Precision manufacturing: components requiring vacuum heat processing

Technical Parameters

Parameter Specification
Power Supply AC380V, 3 Phase, 50Hz
Total Length 6000 mm
Heating Zone Length 5000 mm
Temperature Range 40℃ – 350℃ (Typical ≤180℃)
Temperature Uniformity ±3℃ (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 / Teflon belt
Belt Width 1010 mm
Heating Method Medium-wave quartz heating tubes
Exhaust Volume Max. 10.0 m³/min
Exhaust Pipe ∮80 mm × 6
Temperature Control Accuracy ±0.3% FS
Vacuum Requirement Vacuuming within 10 seconds
Control System Siemens PLC + Touchscreen
Temperature Recording 6-point recorder (USB export)
Surface Temperature ≤45℃ (except specific areas)
Cleanliness Level Class 100

Features

Customized Design: Fully non-standard, tailored to specific process and product requirements

Vacuum Reflow Capability: Reduces solder voids and improves bonding reliability

High Temperature Stability: Multi-zone PID control ensures consistent thermal performance

Cleanroom Compatibility: Stainless steel structure and low-particle design meet Class 100 standards

Efficient Heating System: Quartz heating tubes enable rapid and uniform heating

Reliable Conveying: Smooth, stable transport without vibration, jamming, or product damage

Advanced Automation: Siemens PLC system with MES integration support

Comprehensive Safety Protection: Includes phase protection, overload protection, emergency stop, and over-temperature protection

Easy Maintenance: Motorized top cover for safe and convenient access

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