UV-LED Curing Systems by Hoenle
The wide product range of LED devices from Hoenle includes
- spotlights
- floodlights
- large area curing systems
- conveyor belt systems
- irradiation chambers
The typical service life of an LED is 20,000 hours. LED curing requires no warm-up or cool-down periods during operation, providing instant on/off process control.
Hoenle LED curing equipment offers unique features that include intensity output control, multi-cycle programmability, RS232 interface for external programming and operation, and menus that can be displayed in four languages. Most Hoenle power supplies will drive multiple LED heads that can be programmed for sequential or independent actuation.
For maximum efficiency and shortest curing cycle, pair Hoenle LED curing systems with LED-curable adhesives and sealants from Panacol.
A large variety of cutting edge UV-LED lamps from Hoenle are available
UV curable adhesives:
UV system solutions with uv curable acrylate and uv epoxy adhesives from Panacol and innovative curing systems from Honle
Advantages of LED Technology
LED light sources possess a monochromatic spectrum and do not emit IR radiation. They are highly energy efficient and curing occurs at cooler temperatures than with conventional gas discharge lamps. This makes LED equipment ideally suited for use with temperature sensitive substrates.
Hoenle provides LED curing systems in several wavelengths, which can be perfectly matched to the photoinitiators used in the Panacol uv adhesives. The different spectra of LEDs ensure safe and fast curing.
As LEDs do not require a warm-up phase, LED heads can be switched on and off without any problems: they are always ready for immediate operation. LEDs have a long operating life: The typical service life of a LED is longer than 20,000 hours (typical lifetime under specified operating conditions).
Please evaluate the equipment options listed below to select a model that is ideal for your process. Or contact our Applications Engineers for assistance with equipment selection and integration.