Experience Lesco Superspot Max Hp Collection [0bC3G9u1]

Experience Lesco Superspot Max Hp Collection [0bC3G9u1]: High-Power UV Spot curing Solution

The Experience Lesco Superspot Max Hp Collection [0bC3G9u1] is a cutting-edge UV spot curing solution designed for high-speed process lines and specialty applications. This powerful device delivers the most extreme UV and visible spot area energy and intensity ever achieved, making it an ideal choice for full-automated applications. With its superior cure strength and split-second curing times, the SuperSpot Max HP ensures efficient and effective curing processes, reducing downtime and increasing productivity.

Technical Specifications and Features

The SuperSpot Max HP is equipped with a 200W DC short arc lamp, offering exceptional performance and reliability. It boasts a UVA peak of 30,000 mW/cm² and a total intensity of over 45,000 mW/cm², ensuring optimal curing results. The spectral output includes VIS/UVA/UVB/UVC, with major peaks at 365nm, 254nm, 302nm, 312nm, and 405nm, allowing for flexible and customizable curing processes. The unit measures 8.5 x 11" x 13.5" deep and weighs 20 lbs., making it compact and easy to integrate into various setups. Its high-temperature FibreFire™ fiber optic UV delivery system ensures efficient and safe operation.

Practical Applications and Benefits

The Experience Lesco Superspot Max Hp Collection [0bC3G9u1] is particularly useful for applications that require extreme intensity or split-second cure times, such as in the electronics, automotive, and aerospace industries. Its superior cure strength and high-speed curing capabilities make it an essential tool for ensuring high-quality, durable finishes. Whether you are working on full-automated production lines or specialty applications, the SuperSpot Max HP delivers the power and precision you need to achieve superior results. With its advanced features and reliable performance, this high-power UV spot curing solution is a must-have for any professional seeking to enhance their curing processes.