09.21.21
ProPhotonix Limited announced COBRA Cure FX4, an addition to its range of UV LED curing systems.
The COBRA Cure FX4 is a compact UV LED lamp solution that can be used for small to large format digital printers as well as high speed, single pass industrial print or coatings applications. With COBRA Cure FX4, the entire UV LED lamp has been optimized to produce an ideal cure offering equipment manufacturers the opportunity to gain a competitive edge.
High intensity lamps often produce large volumes of hot air – which can interfere with the final cure. In designing COBRA Cure FX4, ProPhotonix’ Engineering team has reimagined the form factor of UV LED Curing systems by designing the FX4’s airflow such that it avoids the need for any ancillary ducting or valuable space for clearance.
Demand for LED technology has also been driven by the increasing safety and environmental concerns associated with using mercury-based curing. UV LEDs are ozone and heavy metal –free making them a safer, more environmentally sustainable option. The on/off functionality is more energy efficient and they have a longer lifetime and total lower cost when compared to mercury-based systems.
“Our engineers’ longstanding experience with high-density LEDs has really driven the innovation behind this product. The changes our engineering team has made will allow for faster line speeds on a wide selection of applications,” said Tim Losik, president and CEO of ProPhotonix.
The COBRA Cure FX4 is a compact UV LED lamp solution that can be used for small to large format digital printers as well as high speed, single pass industrial print or coatings applications. With COBRA Cure FX4, the entire UV LED lamp has been optimized to produce an ideal cure offering equipment manufacturers the opportunity to gain a competitive edge.
High intensity lamps often produce large volumes of hot air – which can interfere with the final cure. In designing COBRA Cure FX4, ProPhotonix’ Engineering team has reimagined the form factor of UV LED Curing systems by designing the FX4’s airflow such that it avoids the need for any ancillary ducting or valuable space for clearance.
Demand for LED technology has also been driven by the increasing safety and environmental concerns associated with using mercury-based curing. UV LEDs are ozone and heavy metal –free making them a safer, more environmentally sustainable option. The on/off functionality is more energy efficient and they have a longer lifetime and total lower cost when compared to mercury-based systems.
“Our engineers’ longstanding experience with high-density LEDs has really driven the innovation behind this product. The changes our engineering team has made will allow for faster line speeds on a wide selection of applications,” said Tim Losik, president and CEO of ProPhotonix.
