The RX FireJet is a high capability air cooled UV-LED curing lamp aimed primarily at UV Inkjet wide format systems and is capable of curing at the highest speeds for small, medium and grand format digital printing systems. It’s also ideal for many large single pass UV inkjet applications. RX FireJet is available in curing lengths of 75mm, 150mm and 225mm.
The Phoseon FireFly is an air cooled small form factor UV LED curing lamp with peak intesities from 1.5 up to 8W/cm2. The FireFly product is ideal for small area and spot cure applictions in the UV curing of adhesives, inks, electronic materials and biomedical materials.
The RX FireEdge is designed as a simple, low cost, small form factor air cooled UV-LED curing lamp for « pinning » applications where the requirement is to « freeze » the ink jet drop without fully curing. The first product of this family has a native emitting area of 75mm x 5mm but systems can be scaled linearly in 75mm increments without affecting pinning uniformity.
EIT®’s MicroCure® measurement system is comprised of two separate stand-alone items; the data collection radiometer which is placed in the ultraviolet (UV) environment to be measured, and a DataReader which reads and displays the measurement results from the radiometer.
The UV integrating radiometer is a microprocessor-based, electro-optical instrument that measures and accumulates the total UV energy that is applied to the measurement surface of the instrument. The MicroCure® radiometer measures the total amount of UV energy that would be impinged on a work piece passing through the curing system and the peak UV irradiance. The radiometer combines very small physical size and adaptability to address a variety of demanding physical and thermal measurement environments.
This small, robust, stable sensor is highly resistant to solarization. Sensors have sealed optics to prevent fouling and an optional air/nitrogen purge to keep the sensor clean and cool. Sensors connect to all of EIT’s online monitoring electronics. A 0-10V and a 4-20 milliamp signal output is generated for each Compact Sensor when used with one of EIT’s conditioning units such as the Din Rail, MultiBrite or Online UV Intensity Display. These output signals can be interfaced to a PLC or other control system. Available in a choice of several UV bandwidths (A, B, C & V).
The “Profiler” versions of their Power Puck II and UviCure Plus II function as a standard Power Puck II or UviCure Plus II instrument while adding the ability to transfer the collected data and irradiance profile to a computer via a USB connector. The transferred data can be analyzed with EIT’s PowerView Software® II which allows the user to easily compare files to look at the conditions, lamp focus and lamp type. PowerView Software® II adds several new features including the ability to analyze a single UV band and data from four individual files in graph and data format, easily transfer screen shots for reports and the ability for users to add file information via a custom template
Quickly and easily profile dimensional and shaped objects of any size with EIT®’s 3DCure ™ Multi-Dimensional Measurement System. The system can produce up to 32 simultaneous measurements, which is perfect for setup and process verification of your UV lamp system. 3DCure ™ can be used with UV lamps mounted in a fixed bank or on a robotic arm. The collected exposure data (W/cm2 and J/cm2) for each sensor is displayed on your computer with the included Cure 3D™ software.
The software supports ActiveX® controls and allows customization and export of the data into other programs.
The use of ultra-violet curing on dimensional and shaped objects continues to grow. UV cured coatings offer several advantages over solvents and/or water-borne coatings pressed thermally or with IR. Line design, source placement and/or orientation, documentation of process limits and monitoring production conditions challenge users switching to UV curing tehnology. The 3DCure from EIT® addresses these challenges in a simple, flexible and easy to use measurement system. The UV irradiance (W/cm²) and energy density (J/cm²) arriving at multiple points on the cure surface can be easily and simultaneously measured.
The UV PowerMAP® and UV MAP Plus™ measure UV irradiance, radiant energy density and temperature. The UV PowerMAP® simultaneously provides information for four spectral regions (EIT® UVA, UVB, UVC, and UVV) while the UV MAP Plus™ provides for any one spectral region. Both instruments also provide a plot of the UV irradiance and temperature as a function of time.