Curing Lamps

Curing lamps are specialized devices used to emit ultraviolet (UV) or visible light for the polymerization of adhesives, inks, and coatings. These lamps support precise curing processes through controlled wavelength emissions, typically ranging from 250nm to 500nm, ensuring high-intensity output for consistent and reliable curing performance.

  1. LESCO THREE STATION ROTATING UV CURING SYSTEM

    Curing Lamps

    LESCO THREE STATION ROTATING UV CURING SYSTEM

    Three Station Rotating UV Curing System

    Lesco 3SR-6

    Lesco acquired by American Ultraviolet

  3. EFOS UV/VISIBLE SPOT CURE SYSTEM 250NM - 450NM

    Curing Lamps

    EFOS UV/VISIBLE SPOT CURE SYSTEM 250NM - 450NM

    UV/Visible Spot Cure System

    Efos Acticure A4000

    Efos has been acquired by EXFO

  5. HERAEUS NOBLELIGHT LIGHT HAMMER UV CURING SYSTEM

    Curing Lamps

    HERAEUS NOBLELIGHT LIGHT HAMMER UV CURING SYSTEM

    Conveyor-Equipped UV Curing Systems With Two Six Inch Lamp Assemblies

    Conveyor-equipped systems for laboratory R&D or production line use.  A wide range of standard and optional features to meet your specific UV curing needs.

     

  6. LESCO UV HIGH INTENSITY SPOT CURING SYSTEM

    Curing Lamps

    LESCO UV HIGH INTENSITY SPOT CURING SYSTEM

    High Intensity UV Spot Curing System

    Lesco MK III

    Lesco acquired by American Ultraviolet

Popular Manufacturers

Heraeus Noblelight Efos Lesco Electrolite Corp

Common Applications

polymerization of adhesives

curing of inks

coating processes

electronics manufacturing

automotive industry

Buying Guide

Curing Lamps Buying Guide

When selecting curing lamps, it's essential to consider several factors to ensure optimal performance and compatibility with your specific application.

These lamps must match the photoinitiator's absorption spectrum and provide adequate intensity to cure the material fully.

  • Verify the wavelength range to ensure compatibility with your curing processes, typically between 250nm and 500nm.
  • Consider the lamp's power rating, such as 300 watts per inch, for sufficient intensity in demanding applications.
  • Check for consistency and reliability in light output to avoid uneven curing results.
  • Ensure that the lamp system includes adequate safety features and meets industry-specific standards.

Frequently Asked Questions

What is the typical wavelength range for UV curing lamps?
Most UV curing lamps operate within a wavelength range of 250nm to 500nm, suitable for various adhesive and coating applications.
How do curing lamps achieve high-intensity output?
Curing lamps utilize high wattage per inch ratings, such as 300 watts per inch, to ensure a concentrated and powerful light output for effective curing.
What applications benefit from UV curing lamps?
UV curing lamps are used in industrial applications requiring the polymerization of adhesives, inks, and coatings, including electronics manufacturing and automotive industries.
Why is wavelength control important in curing lamps?
Precise wavelength control is crucial to match the photoinitiator's absorption spectrum, optimizing the curing speed and depth of the adhesive or coating.