Home > Products > By Application > Curing System > UV Curing Systems > Conveyor Light Curing > ICUV-200 – Inline UV Curing System

ICUV-200 – Inline UV Curing System

  • Product code: ICUV-200
  • Manufacturer: Gluditec
  • Package size: L1800 x W1080 x H1300 (mm)
  • Shelf Life:
Request Quote Request Sample

Precision, Control, and Efficiency Redefined

Step into a new era of UV curing with the ICUV-200—an advanced inline solution that combines cutting-edge technology with user-friendly features. Designed for precision and efficiency, this UV curing system sets the standard for reliability in the curing process.

FEATURES AND BENEFITS

  • PCL+ Touch Screen Control
  • Independent Temperature Controller Alarm
  • Stainless Steel Chain Conveyor
  • Board Detection Function
  • Hand-Operated Lamp Lifting Method
  • Dual Electronic Dimming Light Sources
Model ICUV-200
Rack size L1800 x W1080 x H1300 (mm)
Weight 490kg
PCB transfer height 920 ± 20 (mm)
Transportation speed 0 ~ 3500 mm/min
Transfer direction L ——> R (R ——> L)
Transfer motor Stepper motor & reduction gearbox
Delivery method Chain conveyor (35B5 mm long pin stainless steel chain
Number of curing zones 2
UV light source UVA/ UVB/ UVC
PCB board size Max. W450 x L450 mm
PCB Height Max. ±100 (mm)
Opening method Pneumatic lifting
Control method Touch screen control

Get MSDS

    Please leave your information and we'll get back to you shortly!







    How to bond Hard-to-bond Substrates (Nylon, COC/COP and PEBA) in Medical Devices Assembly? 
    https://prostech.ph/how-to-bond-hard-to-bond-substrates-nylon-coc-cop-and-peba-in-medical-devices-assembly/

    Understanding the Low Surface Energy (LSE) MaterialsNylon in Medical Devices AssemblyCOC/COP (Cyclic Olefin Polymers and Copolymers) in Medical Devices AssemblyBonding
    FIPG & CIPG – A Comprehensive Guide
    https://prostech.ph/fipg-cipg-a-comprehensive-guide/

    1. Overview of Gasket – FIPG and CIPG 2. Key Features and Applications of Each Type1. FIPG – FORMED IN PLACE
    The differences between Silicone-based and Non-silicone Thermal Interface Materials (TIMs)?
    https://prostech.ph/the-differences-between-silicone-based-and-non-silicone-thermal-interface-materials-tims/

    1. Thermal interface materials – TIMs2. Silicone-based or Non-silicone TIMs2.1. Silicone-based thermal interface materials 2.2. Non-silicone thermal interface materials 3. Conclusion In
    tesa® 4928
    https://prostech.ph/tesa-4928/

    tesa® 4928 is a transparent double-sided self-adhesive tape consisting of a PET backing and a modified acrylic adhesive. Features An