Air-cooled drawer type UVLED curing box, cold light source LED curing machine

I. Basic Introduction

1. Working Principle

Its working principle is based on specific wavelengths of ultraviolet light emitted by UVLED. When items coated with materials requiring curing, such as ink, glue, or paint, are placed into the drawer and pushed into the curing chamber, the ultraviolet light emitted by the UVLED source irradiates these materials. The photoinitiators in the materials absorb the energy from the ultraviolet light and undergo a chemical reaction, causing the liquid material to rapidly transform into a solid state, thereby achieving the purpose of curing.

2. Product Parameters

II. Features

1. Ease of Operation: The drawer-style design allows users to quickly place and remove items without complex operational procedures.

2. Quick Start: Compared to traditional mercury lamps, the UVLED curing chamber requires no preheating and can start instantly.

3. Excellent Curing Effect: Since the UVLED light source provides stable and appropriately wavelength ultraviolet light, it ensures uniform and thorough curing.

4. Energy Efficiency: The UVLED drawer-style curing chamber is relatively energy-efficient, offering significant advantages in energy consumption compared to traditional curing equipment.

5. Eco-Friendly and Pollution-Free: The UVLED curing chamber contains no harmful substances such as mercury and does not produce ozone emissions, meeting the requirements of environmentally friendly production.

III. Application Areas

The application areas of the UVLED curing chamber are very extensive.

1. In the printing industry, it can be used for the rapid curing of UV inks, improving printing efficiency and meeting environmental requirements.

2. In the electronics industry, it is used for curing circuit board coatings, chip encapsulation adhesives, etc. The furniture manufacturing industry uses it to cure UV coatings, giving furniture surfaces excellent performance.

3. In the medical device manufacturing industry, it can be used for curing adhesives in medical device assembly and surface marking printing.