ILED Plus Curing Light

Description

Description:

ILED Plus Curing Light (1 Sec Curing Time) Wide Spectrum Curing Light has undergone significant upgrades to enhance its performance in dental applications. It offers two modes, with a maximum light intensity of 2300mw/cm2, allowing for the rapid curing of 2 mm resin in just 1 second. This makes it particularly well-suited for orthodontic brackets, porcelain veneers, and post-core adhesives. One of the key improvements is the extended wide spectrum emission wavelength range, spanning from 385nm to 515nm. The additional wave band of 385nm to 420nm is especially beneficial for curing resin materials containing new-style photoinitiators like TPO. This includes popular restoration materials such as Tetric N-Ceram Bulk Fill, Amelogen Plus, and ENA Hri. By incorporating this wave band, the curing light can effectively reduce the risk of resin shedding and incomplete curing. Moreover, the iLed Plus utilizes unique Woodpecker technology, which focuses the light output and reduces the light angle by 55.87%. This concentrated energy allows for higher curing efficiency, ensuring optimal performance during dental procedures.

Features:

• Constant power output- born for teeth restoration
  
• 360° curing- reach every angle
  
• Fluid design- better hand feeling
  
• 1 sec for curing- 2mm resin
• Wide spectrum emission wavelength range of 385nm to 515nm
• Additional wave band of 385nm to 420nm for better curing of resin materials containing new-style photoinitiators like TPO
• Reduces the risk of resin shedding and incomplete curing
• Suitable for bleached resins and light-colored resin due to the white nature of TPO
• Can effectively cure traditional materials containing camphor quinone(absorbing peak at 460nm) and new materials containing TPO (absorbing peak at 405nm)
• Reduces the need for large amounts of camphor quinonein bleached or light-colored resin
• Provides flexibility to perform both ordinary curing and wide spectrum curing
• Enhanced curing efficiency and accuracy due to the upgraded wide spectrum capabilities