
Electronic Product Heating Tunnel Oven
Category:Tunnel Oven Production Line
Introduction
The Electronic Product Heating Tunnel Oven is an automated industrial production system that continuously transports electronic components through controlled temperature zones via a conveyor system. It uses hot air circulation, infrared heating, or far infrared radiation heating technologies to perform batch drying, curing, annealing, and reflow heating processes.The core structure of the equipment consists of a continuous conveying system, multiple precision temperature control zones, and a powerful hot air circulation system, ensuring stable and uniform thermal processing for electronic products.
Equipment Applications
1. Adhesive Curing
Used for thermal curing of adhesives such as UV glue and epoxy resin on electronic components including:
Mobile phone housings
Sensors
Precision electronic parts
2. PCB Drying
Used for moisture removal after printed circuit board (PCB) cleaning and curing of solder mask inks.
3. Battery Processing
Used for thermal pressing, drying, and shaping of:
Lithium battery electrode sheets
Insulating adhesive tapes
4. Coating Annealing
Used for continuous leveling and heat treatment of protective coatings and insulating varnishes on electronic components.
Applicable Standards
Electrical Safety
Complies with IEC 60204-1 — Safety of Machinery — Electrical Equipment of Machines
Industry Standards
Complies with IPC-HDBK-830 — Guidelines for the Use of Conformal Coatings for Electronic Assemblies
Meets relevant electronic manufacturing requirements for cleanliness and temperature uniformity.
Quality Management
Complies with ISO 9001 Quality Management System requirements and CE certification requirements.
Main Features
1. High-Efficiency Continuous Production
Designed for integration with automated production lines, significantly improving the production efficiency of large-volume electronic product manufacturing.
2. Precise Temperature Control
Adopts multi-zone independent PID temperature control, ensuring uniform furnace temperature and preventing local overheating that may damage sensitive electronic components.
3. Energy Saving and Environmental Protection
Uses high-efficiency thermal insulation materials and hot air internal circulation technology to reduce heat loss and improve energy utilization efficiency.
4. Intelligent Safety Protection
Equipped with multiple safety functions, including:
Over-temperature alarm
Leakage protection
Motor overload protection
Cooling system
to ensure stable and safe equipment operation.
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