CE Certification 200200 air-cooled area light source 365nm wavelength+host Supplier, Product

light source size 220*232*130mm
main unit size 435*380*167mm
Single head+main unit (PLC control )
The 200200 air-cooled surface light source combined with its dedicated main unit, operating at a 365nm wavelength, is a cutting-edge UV curing solution tailored for diverse industrial needs.

Product Description

Functions

This integrated UV curing system specializes in rapidly and thoroughly curing a wide array of UV-sensitive materials, including industrial-grade adhesives, specialized printing inks, and protective coatings. The 365nm UV light effectively activates photoinitiators, accelerating the polymerization process to ensure strong bonding and durable finishes, optimizing production efficiency.

Features

Advanced Air-Cooling

The highly efficient air-cooling system ensures stable operation even during extended use by quickly dissipating heat. The main unit precisely controls power and cooling, maintaining consistent performance.

Even Light Distribution

As a surface light source, it offers uniform illumination across large areas, eliminating curing inconsistencies and guaranteeing high-quality results for every workpiece.

All-in-One Design

The seamless integration of the light source and main unit simplifies setup and operation, reducing installation time and complexity.

Specifications

Wavelength 365nm, optimized for compatibility with various UV-curable formulations.
Cooling Robust air-cooling mechanism for reliable heat management.
Power Customizable light intensity settings via the main unit to meet specific curing requirements.

Dimensions

Despite its powerful capabilities, the 200200 features a compact and space-efficient design, allowing for easy integration into existing production lines without sacrificing valuable factory space.

Selling Points

Cost-Saving

The energy-efficient air-cooling design and integrated structure reduce long-term operational and maintenance costs.

Ease of Use

Intuitive controls provided by the main unit make the equipment accessible to users with different levels of expertise.

High Adaptability

Suitable for multiple industries, it offers flexible UV curing solutions to meet diverse production demands.

Application Areas

Automotive Component Manufacturing
Optical Product Assembly
Decorative Printing
The 200200 air-cooled surface light source + main unit is the ultimate choice for industries seeking a reliable, efficient, and versatile UV curing solution.

Frequently Asked Questions

1. What wavelength does the 200200 UV curing system use?

The system features a 365nm UV wavelength, which is highly optimized for compatibility with a wide range of UV-curable formulations like industrial adhesives, specialized inks, and protective coatings.

2. How does the cooling system maintain stable operation?

The system utilizes an advanced and robust air-cooling mechanism that quickly dissipates heat during operations. This keeps the light source stable even during extended, continuous production runs.

3. Can the curing intensity or power output be adjusted?

Yes. The main unit provides customizable light intensity settings, allowing users to precisely control the curing power to match the exact requirements of different UV-sensitive materials.

4. What industries benefit most from this UV curing system?

This system is highly adaptable and commonly used in automotive component manufacturing for curing adhesives, optical product assembly for precision bonding, and decorative printing for curing UV inks.

5. Is the equipment easy to install and fit into small production spaces?

Absolutely. The system features a compact, space-efficient, all-in-one design that integrates the light source and main unit. This minimizes setup complexity and allows easy integration into existing production lines.

6. What makes the 200200 model a cost-saving solution?

Its cost-saving advantages come from the combination of an energy-efficient air-cooling design and its highly integrated structure, which together significantly reduce long-term operational and maintenance costs.

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