Oven UV

A: We are a manufacturer. Ergu Optoelectronics is a manufacturer specializing in the light-curing industry.

A: Normally, small UV curing machines are delivered within 15 days. Medium- to large-sized UV curing equipment may require longer lead times. Please contact us for details.

A: Yes. We record an inspection video and provide a written test report for each UV curing machine before shipment. We confirm that everything is correct before shipping.

A: I recommend three models: portable, drawer-type, and desktop. Here are their features:
Portable: Compact and portable, it can be used simply by plugging in. However, it lacks a light-blocking device and requires proper protection.
Drawer: Minimal light leakage and a timer function allow for extended use.
Desktop: Features an assembly line, adjustable conveyor speed, and single or dual lamp options, allowing for extended use.

A: The UV light source in the device emits ultraviolet light of a specific wavelength. When the photosensitizer in the liquid material absorbs the UV energy, it generates free radicals or cations, initiating polymerization and cross-linking reactions between the monomers and oligomers in the material, thereby curing the material.

A: Common types include UV curing machines (such as portable, desktop cabinet, industrial ceiling-mounted, and large-scale curing machines), UV tunnel ovens, UVLED point light source machines, UVLED area light source machines, and UVLED line light source machines.

A: Wear protective glasses to prevent eye damage from UV rays.
Wear protective clothing to avoid direct skin exposure to UV rays.
When operating the equipment, ensure it is in normal working condition and avoid forcibly operating it when it is malfunctioning or experiencing abnormalities.
During operation, avoid touching hot components such as the lamp to prevent burns.
Strictly follow the equipment's operating procedures and avoid arbitrarily changing equipment parameters.

A: Select or customize the appropriate type and size of UV curing equipment based on the production line layout and production process. Contact us for customized integration solutions.

A: Causes: Aging lamps, insufficient UV output intensity; Low power settings; Short curing time; Excessive material thickness, preventing UV rays from penetrating deeply; Or poor material absorption of the selected wavelength. Solution: Replace aging lamps; Increase equipment power appropriately; Extend curing time; For thick materials, try multiple curing attempts or adjust the material formula; Select a wavelength that better matches the material's absorption characteristics.