This customizable UV curing system utilizes ultraviolet (UV) light to initiate photopolymerization, instantly curing UV-curable inks, coatings, and adhesives. Available in conveyor tunnel, spot curing, and multi-angle chamber configurations.

The system is fully customizable in conveyor width, lamp type (mercury/LED), wavelength, power output, and automation level. UV curing offers significant advantages over thermal drying: faster cure speeds, lower energy consumption, compact footprint, and environmental friendliness (low VOC emissions).

Working principle: UV light activates photoinitiators in the coating/adhesive, generating free radicals that trigger polymerization, converting liquid materials to solid state in seconds. LED systems offer instant on/off without warm-up, while mercury lamps provide broad-spectrum curing for thicker coatings.

• Printing industry: Screen printing, offset, flexo - ink/coating curing on paper, film, packaging
• Electronics manufacturing: PCB UV ink curing, component UV adhesive bonding, wire coil fixing
• Medical devices: Syringe bonding, catheter assembly, sensor encapsulation
• Automotive: Body paint curing, interior trim, headlight assembly
• Optics: Lens bonding, fiber optic cable securing, optical element assembly
• 3D printing post-processing: Post-curing of 3D printed parts
• Wood coating: UV varnish on panels, furniture

This UV curing system is highly customizable to meet your specific production requirements:

• Curing width: Customizable up to 400+mm for conveyor models; chamber size customizable
• Lamp type: Mercury arc / Fusion (microwave-driven) / LED - customizable per coating chemistry
• Wavelength: 365nm, 385nm, 405nm, or full spectrum - customizable based on photoinitiator absorption
• Lamp configuration: 1, 2, or multiple lamps - customizable
• Power output: Infinitely adjustable from 20% to 100%
• Cooling method: Forced air / Water-cooled - customizable for ambient conditions
• Conveyor belt: Teflon-coated fiberglass / Stainless steel mesh / Roller chain - customizable
• Control system: Manual / PLC with HMI / IoT-enabled - customizable
• Safety features: UV shielding, safety interlocks, emergency stop - customizable
• Custom non-standard specifications: Non-standard sizes and specifications available

• Instant curing: UV curing happens in seconds - significantly faster than thermal drying
• Energy efficient: LED systems consume up to 90% less energy than mercury lamp systems
• Space-saving: Compact footprint - conveyor systems from 1.25m length, 10m+ for complex lines
• Low heat generation: LED and water-cooled systems prevent heat damage to sensitive substrates
• Environmentally friendly: No ozone generation (LED), low VOC emissions
• Precise control: PLC systems with recipe management, timer settings with 0.1s precision
• Long lamp life: LED: 20,000-30,000 hours; Mercury: 2,000-3,000 hours
• Instant on/off: LED systems require no warm-up time - improved efficiency
• Safe operation: UV light shielding, safety interlocks, protective covers
• Flexible configurations: Customizable lamp angles and positions for 3D parts

• Free process consultation - send your substrate and coating for curing trials
• Custom layout design for your production floor
• On-site installation and commissioning (customizable support packages)
• Operator training program included
• Remote troubleshooting via video call or IoT monitoring
• 12-month warranty on mechanical components (consumables: lamps excluded)
• Spare parts availability from regional warehouses
• Lamp replacement and reflector cleaning services
• Lifetime technical support via phone, email, or chat

• Packing: Anti-rust film + reinforced wooden case for main body and control cabinet; foam padding for sensitive components (lamps, control panel)
• Standard model lead time: 15-25 days after order confirmation
• Custom configuration lead time: 30-50 days (longer for custom widths or multi-lamp configurations)
• Shipping: FOB Shanghai / CIF by sea, air, or rail
• Customizable: Export crating, custom labeling, destination port documentation