Brief: We show the practical steps and results so you can judge suitability quickly. This video demonstrates the SVR Series Vertical Curing Oven's compact double lifting system in action, highlighting how it maximizes workshop space while ensuring high-precision curing for electronics manufacturing. You'll see the operational workflow, temperature control accuracy, and real applications in LED, automotive, and 3C industries.
Related Product Features:
Compact vertical design with small footprint maximizes workshop space utilization.
Double lifting system provides substantial storage capacity for high-efficiency production.
High-precision step motor ensures accurate positioning for buffer and push structures.
Temperature range from room temperature to 200℃ with ±1℃ accuracy.
Configurable with optional cooling units, nitrogen systems, and heating modules.
Ideal for chip bonding, underfill, and component packaging processes.
Customizable storage quantity and board spacing to match production needs.
FAQs:
What are the main advantages of the vertical curing oven's compact design?
The compact vertical structure significantly reduces the oven's footprint, saving valuable floor space in your workshop while maintaining high production capacity and efficiency for curing processes.
Which industries is this curing oven suitable for?
It is ideal for LED, FPC, automotive, 3C electronics, motors, instruments, and communications industries, particularly for applications requiring extended curing times like LED strips and flexible printed circuits.
What optional configurations are available for the SVR Series oven?
Optional configurations include water chiller cooling units, nitrogen systems with flowmeters and oxygen analyzers, heating systems in 4, 8, or 12 modules, and customizable conveyor systems with adjustable storage capacity and board spacing.
How does the double lifting system improve production efficiency?
The double lifting system provides substantial storage space, allowing continuous loading and unloading of products, which significantly increases throughput compared to traditional curing ovens, especially for items requiring long curing cycles.