Lincoln ESX-LED Replacement Exposure Unit Bulb - 36 inch
by NTL
Original price
$59.99
-
Original price
$59.99
Original price
$59.99
$59.99
-
$59.99
Current price
$59.99
ESX-LED™ bulbs output the perfect UV 405nm wavelength.
ESX-LED™ bulbs work with all standard emulsions on the screen printing market, such as Diazo, Photopolymers, Dual Cure, and Capillary Films.
ESX-LED™ bulbs life expectancy is over 10,000 hours, drastically reducing maintenance cost.
Only uses 20% of the power that florescent tubes or single point units use.
Exposes very fine details and crisp halftones.
No Light Degradation - Even though the LED bulbs last for years, the light never degrades. This means that every exposure is done at its highest quality, every time, for a long time!
No Warm Up or Cool Down Times – Warm up and cool down times are eliminated because the ESX-LED™ bulbs start and stop immediately, at full power, at a press of a button.
ESX-LED™ bulbs expose screens quickly and create a harder, stronger, and longer lasting emulsion stencil.
Exposure Times from 10 seconds to 4 minutes (Exposure time vary depending on emulsion type and thickness).
ESX-LED™ bulbs work with all standard emulsions on the screen printing market, such as Diazo, Photopolymers, Dual Cure, and Capillary Films.
ESX-LED™ bulbs life expectancy is over 10,000 hours, drastically reducing maintenance cost.
Only uses 20% of the power that florescent tubes or single point units use.
Exposes very fine details and crisp halftones.
No Light Degradation - Even though the LED bulbs last for years, the light never degrades. This means that every exposure is done at its highest quality, every time, for a long time!
No Warm Up or Cool Down Times – Warm up and cool down times are eliminated because the ESX-LED™ bulbs start and stop immediately, at full power, at a press of a button.
ESX-LED™ bulbs expose screens quickly and create a harder, stronger, and longer lasting emulsion stencil.
Exposure Times from 10 seconds to 4 minutes (Exposure time vary depending on emulsion type and thickness).