Curing Machines & Devices

Materials & Material Processing, Printing & Duplicating Equipment

Printing Press utilizes hybrid LED UV system.

August 6, 2015

Integrating with narrow web presses, GEW ArcLED Hybrid LED UV System can consistently cure heavy inks with optimized adhesion. Conventional arc lamps can be combined and interchanged with LED curing at every print station. Same lamphead casing is used with interchangeable pull-out cassettes for arc and LED, including same power supply and control. Associated RHINO-ArcLED power supply automatically recognizes type of cassette being used and adapts all parameters accordingly. Read More

Materials & Material Processing

Hybrid UV Curing System features future-proof design.

June 19, 2015

With ArcLED, investment in arc technology can be upgraded later with LEDs using same lamphead casing and same power supply and control. User adds LED cassettes required, fits water cooling system, and RHINO ArcLED power supply does the rest. System automatically recognizes which type of cassette is installed in machine and adjusts RHINO control accordingly. Combination of quick-swap lampheads, reactive detection of required power, and automatic switching maximizes machine productivity. Read More

Materials & Material Processing

UV LED Curing Systems suit inkjet printing, component assembly.

March 16, 2015

Respectively available in 75 and 110 mm lengths, OmniCure® AC275 and AC2110 supply irradiance from LED system sized for applications where space constraints restrict access to substrate. Adjoining of multiple systems addresses any length application or working distance. Custom optics reduce output angle of light while promoting irradiance and flexibility at various working distances, and air-cooled design allows seamless integration into new or existing production lines. Read More

Materials & Material Processing

UV LED Curing Systems suit space-constrained applications.

March 12, 2015

Available in 75 mm and 110 mm lengths, respectively, OmniCure® AC275 and AC2110 are small enough to be included in applications where space constraints restrict access to substrate and quality cannot be compromised. Air-cooled products provide curing uniformity and feature custom optics that minimize output angle of light while maximizing irradiance at various working distances. Systems are suited for pinning, edge bonding, cable assembly, and other small component assembly. Read More

Materials & Material Processing

LED Spot-Curing System features multi-head design.

February 26, 2015

Activated by foot pedal or PLC interface, BlueWave® QX4™ comprises controller and up to 4 LED heads, which are available in 365, 385, and 405 nm and can be outfitted with 3, 5, or 8 mm diameter focusing lenses. LED heads and lenses can be used in any combination and can be controlled through variable mode feature that allows each head to be individually programmed for intensity and cycle times. Exposure times and intensity settings can be set in 1% increments for each LED head. Read More

Materials & Material Processing

LED UV Lab Unit targets ink manufacturers.

December 9, 2014

With max curing power of 18 W/cm² and speeds up to 100 m/min, Magic Carpet System facilitates task of developing and testing new UV LED ink formulations. Sample tray, driven by linear actuator, is passed under UV array in precise, controlled, and repeatable manner. UV output and sample tray speed can be separately adjusted by set increments as required. Height adjustable from 5-25 mm, system can accommodate EIT radiometer for precise UV power measurement. Read More

Electrical Equipment & Systems, Materials & Material Processing

Deep UV Emitters are offered in diverse package options.

September 29, 2014

Suitable for applications in air and water sanitation as well as curing, MTE280xxx series features 280 nm wavelength and typical power output that ranges, depending on model, from 0.6–1.5 MW. Available viewing angles, also depending on model, are 6°, 40°, 113°,114°, and 115°. In addition to SMD, metal can (TO-5/18/39/46), and metal can flat (TO-18) packages, these deep UV emitters can be supplied in bare die form for placement in custom packages and assemblies. Read More

Materials & Material Processing

UV LED Curing Systems produce consistent and reliable results.

September 23, 2014

Engineered for optical uniformity and process control, OmniCure® AC8 Series includes air-cooled systems for curing inks, adhesives, and coatings in medical, industrial, and electronics manufacturing applications. Scalability allows for adjoining of multiple LED heads in order to achieve larger curing areas, supporting customization and flexibility without compromising output uniformity. Precise control of UV irradiance level ensures correct amount of UV light is provided on every exposure. Read More

Controls & Controllers, Optics & Photonics, Materials & Material Processing

Controller and Optical Adapter complement UV LED systems.

August 26, 2014

When connected to OmniCure AC Series UV LED head, OmniCure PLC2000 enables integration with system to intelligently manage, monitor, and control curing solution. Unit can dynamically adjust output intensity, exposure time, and on/off capabilities while providing system information and error monitoring. Used with OmniCure AC4 and AC7 Series UV LED systems, AC Optical Adaptor creates evenly distributed irradiance across output areas of 100 x 100 mm, 100 x 150 mm, 70 x 70 mm, and other custom sizes. Read More

Printing & Duplicating Equipment, Electrical Equipment & Systems, Green & Clean, Display & Presentation Equipment, Materials & Material Processing

LED Flood System accelerates curing process.

May 13, 2014

Along with 5 x 5 in. active area, BlueWave® LED Flood System is available with 365, 385, and 405 nm irradiator heads to optimize curing process between light-curable material and curing system. Intensity and uniformity contribute to accelerated and repeatable cure times, while instant on/off capability eliminates mechanical shutter components and warm-up time requirements. CE-certified and RoHS-compliant system suits manufacturers looking to complement their green initiatives. Read More

Vision Systems, Electrical Equipment & Systems, Electronic Components & Devices, Materials & Material Processing

LED Curing Lamps provide up to 20 W/cm² UV output.

May 9, 2014

Offering 12, 16, and 20 W/cm² peak irradiance, FirePower™ Series provides advanced capability for applications in flexographic and wide-format digital printing. Environmentally friendly, water-cooled units feature 4 curing length options of 150 x 20 mm, 225 x 20 mm, 300 x 20 mm, and 350 x 20 mm. Read More

Materials & Material Processing

Epoxy Curing Agents are formulated for industrial applications.

April 16, 2014

Used for industrial coatings and construction applications, Ancamine® 2764 and 2767 are formulated for accelerated cure, reduced viscosity, and maximum color/color stability. Reactive amine curative for epoxy resin, Ancamine® 2739, can provide water spot and blush resistance in adverse cure conditions while meeting regulatory and emissions requirements. Offering UV stability and durability, Amicure® IC-322 polycarbamide flooring product helps cure aliphatic isocyanates.
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Materials & Material Processing

UV LED Systems target pinning and curing applications.

January 23, 2014

Available in wavelengths of 365, 385, 395, and 405 nm, FireEdge™ FE300 Systems are intended for high-power pinning and full-curing of adhesives, coatings, and inks. Scaling feature allows air-cooled units to be stacked end-to-end with contiguous, uniform UV output. Various optical features can be ordered to shape UV light for edge curing/banding while exhaust air is directed away from substrate surface. With hub, users can power and control up to 5 units. Read More

Materials & Material Processing

UV Light Curing Systems come in 365 and 395 nm wavelengths.

December 30, 2013

Featuring air-cooled design and customized optics, OmniCure® AC4 and AC7 UV LED Light Curing Systems provide low temperature curing of adhesives and coatings. Manufacturers can maintain high irradiance at custom working distances based on specific UV process needs. Typical applications include fiber coating, camera module assembly, film lamination, hearing aid assembly, and lens bonding, as well as medical uses such as catheters, endoscopes, and insulin pens. Read More

Vision Systems, Electrical Equipment & Systems, Electronic Components & Devices, Green & Clean, Materials & Material Processing

LED Spot-Curing System eliminates need for warm-up.

November 6, 2013

Using high-intensity LEDs, BlueWave® LED VisiCure™ delivers 405 nm curing energy through 5 mm diameter lightguide, with output of over 15 W/cm². Design eliminates safety concerns related to high heat generated by units with end-of-wand LEDs. With intensity adjustment feature, users can adjust and control intensity output from 0–100% to assist with process validation and control. CE certified and RoHS-compliant, system complements Green initiatives. Read More

Materials & Material Processing

Spot-Curing System is optimized for intensity and operability.

August 20, 2013

Suited for manual or automated processes, BlueWave® 200 v3.0 emits energy in UVA and visible portion of spectrum (300–450 nm) for curing light-curable adhesives, coatings, and encapsulants. Automatic, controlled power-up sequence ensures proper lamp operating temperature to minimize scrap, while smooth faceplate features operator interface that facilitates setup, programming, and operation. LCD graphic display offers fault mode notification and intensity adjustment control. Read More

Test & Measuring Instruments, Controls & Controllers, Sensors, Monitors & Transducers, Materials & Material Processing

Remote LAN Module monitors and controls UV curing equipment.

June 26, 2013

OmniCure® S2E network module, able to remotely access up to 300 UV curing systems within LAN, simultaneously monitors activity and maintenance requirements through OmniCure® monitoring station software. Real-time email alerts identify process faults and monitor production to help eliminate issues which may lead to rework and downtime. Featuring continuous operational data logging, product also lets maintenance staff evaluate, trend, and predict equipment needs. Read More

Vision Systems, Green & Clean, Display & Presentation Equipment, Optics & Photonics, Materials & Material Processing

LED Light Curing System produces consistent, reliable bonds.

June 26, 2013

Delivering visible light energy in narrow wavelength band centered at 405 nm, BlueWave® LED DX-1000 VisiCure™ produces temperatures suited for thermally sensitive substrates. Adjustable intensity capability and long-life LED, along with lack of mechanical shutters and moving parts, foster accuracy. Adaptable to changing business needs, system can be configured to operate in small-area flood or spot-cure mode and is resistant to intensity degradation over time.
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Materials & Material Processing

UV LED Area Curing Systems offer 8 W/cm² peak irradiance.

June 20, 2013

Available in 365 and 395 nm, OmniCure® AC450, AC475, AC7150, and AC7300 offer effective curing area from 2–12 in., which can be extended further by adjoining AC7150 and AC7300 systems together. Air-cooled systems, designed with combination of high output LEDs and customized optics, eliminate need for external cooling and ozone venting. Typical applications include display bonding, film lamination, speaker assembly, and lens bonding as well as syringes, filters, and insulin pens. Read More

Electrical Equipment & Systems, Materials & Material Processing

Ultraviolet LED Light Bar cures coatings and primers.

May 17, 2013

Waterproof to 3 m, Model LEDLB-24E-UV-365NM produces UV light beam with peak wavelength of 365 nm. Unit features 24 five watt UV LED emitters producing 12.5 mW/cm² each when measured at 12 in., and paired with high-purity optics to produce wide spreading flood beam or tightly focused spot beam. Utilizing voltages from 9–48 Vdc without transformer, light is suited for use with vehicles and automotive batteries. It is constructed of extruded aluminum with unbreakable polycarbonate lens. Read More