UltraLight UV Conveyor

Tri-Power 200/300/400 watts per inch power supply.
Lamp sizes up to 40″ (1010mm). Conveyor belt width sizes up to 144″ (1450mm).
Cooling air is drawn through unit by a blower.
LED integration available.
Adjustable lamp/LED module distance.

Description | Features | Featured In | UV Curing Resins | Industries Served

SYSTEMS TO SUIT YOUR APPLICATION & BUDGET

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Product Description

Advanced UV Curing for Coatings, Adhesives, and Inks

Data Sheet | LED Conveyor

• Powerful Curing: Equipped with the Ultra Light UV System offering up to 400 watts per inch (200/300/400 WPI) for high-efficiency curing. LED integration is also available.

• Fast Customization: Conveyor belts made in-house for quick 2-3 day lead times, with custom sizes available to fit your exact specifications.

• Adjustable for All Products: Height adjustment ranges from 1” to 3.25” in 0.75” increments, with larger shrouds available for taller items.

• Durable Teflon-Coated Belt: Specially coated for extended life, with rollers beneath to handle heavier products.

• Precision Control: Modular irradiator allows adjustable focal height for targeted curing; available conveyor speeds from 1-50 or 1-10 FPM with custom speed options.

• Effective Cooling: Integrated blower prevents heat-sensitive parts from warping by keeping the unit cool.

Choose Systematic Automation’s UV Conveyor for unmatched quality, reliability, and fast customization—tailored for businesses demanding peak UV curing performance.

Precision Conveyor Belts Made to Order

User Interface

Features

Engineering Features

Supply Voltage – (220, 460 VAC) UV lamp, please specify your preference (110 VAC ) PLC & Conveyor.
Tri-Power 200/300/400 watt per inch power supply.
Touch screen controls.
Mercury vapor lamp with Iron additive (D type). Mercury vapor (H type) also available.
Revolutionary UV irradiator design for maximum possible energy efficiency.
Digital display of conveyor speed, speed easily changed by up/down arrow keys.
Programmable scale factor in different units.
Standard conveyor speeds 1-50 or 1-10 FPM, specify your preference. Custom speeds available too.
Relay output provided for interface to other equipment.
Light shielding.
Height adjustment for taller products, from 1” to 3.25” in .75” increments.
Special teflon coated belt for longer life than conventional belts.
Cooling air is drawn through unit by a blower to keep heat sensitive parts from warping or distorting.
Unique conveyor pulley design for perfect belt tracking.
Modular irradiator has adjustable focal point height.
Adjustable legs for conveyor height position from 35.5″ (902 mm) to 42.5″ (1079 mm).

Tri-Power 200/300/400 watt per inch power supply.

Adjustable legs for conveyor height position from 35.5″ (902 mm) to 42.5″ (1079 mm).

Digital display of conveyor speed, speed easily changed by up/down arrow keys.

Special teflon coated belt for longer life than conventional belts. Unique conveyor pulley design for perfect belt tracking.

Cooling air is drawn through unit by a blower to keep heat sensitive parts from warping or distorting.

Height adjustment for taller products, from 1” to 3.25” in .75” increments.

Revolutionary UV irradiator design for maximum possible energy efficiency.

Touch screen controls

Standard Sizes

UV curing system with 6″ UV lamp, 63″ long conveyor, 14″ wide belt.
UV curing system with 12″ UV lamp, 63″ long conveyor, 14″ wide belt.
UV curing system with 18″ UV lamp, 135-1/2″ long conveyor, 25-3/4″ wide belt.
UV curing system with 25″ UV lamp, 135-1/2″ long conveyor, 32-7/8″ wide belt.
UV curing system with 30″ UV lamp, 135-1/2″ long conveyor, 37″ wide belt.
UV curing system with 40″ UV lamp, 135-1/2″ long conveyor, 47″ wide belt.
Larger sizes available.

Featured In

Adhesives Magazine
Appliance Design
Screen Printing Magazine
R&D Magazine

UV Curing Resins

There are a variety of different resins with varying curing parameters. Some resins are organic, while other synthetic. The regulation on the types of resin and their potential for pollution as well as energy consumption involved in UV curing process are continually regulated, especially in countries with EU regulations. UV curable resins have been growing in popularity over conventional drying, which consumes more energy and conventional resins emit more waste into the atmosphere. Regardless of where your opinions on pollution stand, it is a good idea to future proof your equipment. Curing your resin will rely on the wavelength in which is cures with. Conventional UV systems cover a wide spectrum of wavelengths that will induce curing. UV LED systems use a fraction of the energy and cures the resign in one specific wavelength. UV LED resins are less common, but as we progress, so are the amount of UV LED resins available. Also, your UV LED resins are compatible with the conventional systems.