HTL NSC4 405nm UV LED 4-Head Spot Curing System

Product Description

The HTL NSC4-405nm UV LED Spot Curing System provides a precise and efficient curing solution with all the advantages of LED curing technology.  Controller independantly drives up to four 405nm UV emitting LED heads. These 405nm UV heads incorporate the latest in UV-LED technology to provide unparalleled curing performance and precise control in a compact package.  The  NSC4 is a revolution in cost effective UV spot curing that caters to a diverse spectrum of UV-curable materials. 

Applications

Ideal for industrial and scientific applications including:

• Curing UV glue and adhesives,
• Electronics assembly and repair,
• Medical device manufacturing,
• Painting and printing with UV curable inks, paints and topcoats,
• UV setting of conformal coatings, encapsulants, potting compounds,
• Fluorescence of protein gel staining for protein analysis,
• Optical fiber bonding,
• Jewelry and watch repair,
• High output UV irradiation,
• UV irradiation experiments.

Features

• State of the art ultraviolet (UV) LED technology for consistency and long term reliability. 
• Several UVA wavelengths available to match most chemistries in today's manufacturing environment.
• Available with several options, with a variety of LED head configurations,
• Variety of focussing lenses and Compact size and lightweight control unit allows for easy installation in narrow, confined spaces, either vertical or horizontal,
• Irradiation intensity of up to 14W/cm2 enables rapid and effective curing even for the most challenging small field curing applications.
• Monochromatic light output eliminates thermal damage. 
• No harmful DUV (deep UV) effects to objects being irradiated. 
• Various options for optics, operation and control enhance versatility for a tailored process design specific to each user's UV curing requirements to ensure optimal results and consistency.
• Independently adjusted controller to precisely control irradiation time and intensity for each UV LED head. 
• A variety of optical lens options, allowing users to select the UV light spot size and working distance to best suit their needs.
• Intuitive, user-friendly interface ensures that even novice users can achieve optimal curing results with ease.
• Beyond its technical prowess, the NSC4 stands out for its energy efficiency, consuming significantly less power than traditional mercury-based UV curing systems. This eco-friendly approach not only reduces environmental impact but also contributes to lower operating costs.
• High stability and high output,
• Low power consumption makes it an energy-saving and environmentally friendly light source. 
• Long life LEDs with rated life of 20000 hours, reducing costly down time for lamp replacements.
• Lock prevents operator errors for higher quality and better safety,
• PC communication control improves work efficiency.

With its unparalleled precision, versatility, and energy efficiency, the UV LED Spot Curing System NSC4 has emerged as the frontrunner in UV curing technology. For businesses and researchers seeking to elevate their curing capabilities, the NSC4 stands as the definitive solution.

The irradiation time and the irradiation intensity can be independently adjustable for each UV LED head. The UV intensity is up to 14W/cm2.The UV light spot size can be changeable by replacing the optical lens. It is durable and multifunctional, easily incorporated into automated systems.

Specifications

• Controller
  • UV power adjustable range of 10~100%. 
  • Auto mode:  Timer 0~999.9S
  • Manual mode:  On/Off by input signal
  • Independent Channels:  4 channels; Independent running each channel
  • Service life record:  Independent record each channel
  • External control port:  RS232
  • Foot switch to control PLC, Manual On/Off, RS232
  • Control Settings Access:  Key Locking Switch
  • Input Power:  100-240VAC 50/60HZ 
  • Housing Material:  Anodized aluminum
  • Dimensions (LxWxH)(mm):  160mm x 92mm x 150mm (excluding controls and connectors)

LED Lamp Head Specifications

Optical Lens Specifications

Documents

Operating Manual (Click Here to Download)

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