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  • Chip-In-Place Glue Chipping

    Instructive guidelines for the decorative art of glue chipping glass using our QuickChip88® and QuickChip88GEL® with UV light curing.

  • UV Curing Equipment Brochures

    From our Tech Library, PDFs for UV Light curing equipment.

  • Technical Data Sheets

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  • Technical Library

    Our technical library contains all the technical data for our light curable chemistry including technical data sheets (TDS) and special instructions for their use. We have owners/users manuals for our LED UV and visible light curing equipment. And please check our frequently asked questions section to quickly answer the most commonly asked questions.

  • User Manuals

    From our Tech Library, users manuals for UV Light curing equipment.

  • UVACUBE 400

    UVACUBE 400

    The UVACUBE 400 is an economical UV curing chamber for laboratory use and manual manufacturing processes. Due to various lamp/filter combinations, the spectra can be easily adapted for a large variety of applications. A light footprint of 300 x 400mm is produced inside the chamber. For maximum safety, an interlocking feature prevents the door from being opened when the shutter is open, and also locks the shutter closed when the door is open.

  • LED Spot 100

    LED Spot 100

    The LED Spot 100 system was developed for UV adhesive curing applications requiring high intensity irradiance over a large area. The modular LED head can be mounted at any angle or position to create the optimal UV curing process. Up to three LED Spot 100 heads can be actuated from a single LED Powerdrive control unit. The combination of electronic power control and the high quality LED array generate high intensity and homogenous distribution of UV light. The LED Spot 100 is available in 365, 385, 395, 405, and 460 nm wavelengths.



    The Honle UVASPOT systems are modular, high intensity UV Wide Area Curing units. They achieve very high uniformity throughout the irradiation field. Various lamp/filter combinations are available, which allows the spectra output to be easily adapted to a large variety of applications. The lamp housing can easily be mounted at a workstation or integrated into an automated process.