LED Light Curing Unit PRODEX N2

Description

LED Light Curing Unit PRODEX N2

With the PRODEX N2, the exposure chamber can be flooded with nitrogen N2. The connection is made simply via a quick coupling. The inert gas atmosphere achieves a better surface quality. The compact all-rounder PRODEX N2 offers flexible adjustment options for optimum adaptation to a wide range of materials and print objects.

Individual trays or registration bases made of plate material or produced in 3D printing can be completely cured in a controlled manner. The LED technology is completely maintenance-free. A robust and professional companion for practice and laboratory.

• Perfect surface
  By adding nitrogen N2 during polymerization, a harder, smoother and almost glossy surface is achieved
• Time-saving
  Broadband light spectrum and high-power LEDs ensure extremely short curing time
• Maintenance-free
  Long-life LED technology eliminates the need to replace UV bulbs
• Flexible
  Applicable to a wide range of UV materials such as composites and 3D photopolymers by adjusting intensity, interval and exposure time.

Technical specifications:

• Voltage >> 100-240 Volt / 50-60 Hz
• Power >> 70 Watt
• Number of high power LEDs >> 25
• Wavelength >> 375 - 470 nm
• Curing time >> 5-995 seconds
• Illuminance 385nm >> 52.4 W/cm2
• Illuminance 405nm >> 43.4 W/cm2
• Illuminance 460nm >> 16.4 W/cm2
• Storage of setting values >> Yes
• Size (LxWxH) >> 200 x 220 x 160 mm
• Light chamber (LxWxH) >> 140 x 140 x 83 mm
• N2 -connection >> quick coupling
• Weight >> 3kg
• Color >> Black

Setting:

• Light intensity
• Adjustable over 16 levels for optimal adaptation of intensity to material thickness from 7018mW/ cm2 up to 112295mW/ cm2
• Interval modes
• Flash mode adjustable in 8 steps for an adaptation of the penetration depth to the material thickness ensures optimum polymerization and low shrinkage
• Inert gas atmosphere
• When switched on, the exposure chamber is flooded with nitrogen during polymerization
• Polymersiation time
• Adjustable in 5 second steps from 5-995 seconds