Water-Cooled UV LED Area Curing Systems — Incure W-Series™

The Incure W-Series™ UV LED area curing systems deliver high-intensity UV output with closed-loop water cooling — from 3,100 mW/cm² (W1212) to 8,100 mW/cm² (W44) at 365 nm. Available in 4″×4″ and 12″×12″ curing areas, in 365 nm, 385 nm, 395 nm, and 405 nm.

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Specifications

Model Comparison

Side-by-side specifications for the Incure W-Series™ water-cooled UV LED area curing systems.

W-Series™ Water-Cooled UV LED Area Curing Systems
Specification W444″ × 4″ W121212″ × 12″
Image Incure W44 water-cooled UV LED area curing system 4 inch by 4 inch Incure W1212 water-cooled UV LED area curing system 12 inch by 12 inch
Irradiation Area 4″ × 4″ 12″ × 12″
LED Count 144 LEDs 1,296 LEDs
Peak Intensity @ 2″
(365 nm)		 8,100 mW/cm² 3,100 mW/cm²
Peak Intensity @ 2″
(385/395/405 nm)		 6,100 mW/cm² 2,600 mW/cm²
Available Wavelengths 365 nm
385 nm
395 nm
405 nm		 365 nm
385 nm
395 nm
405 nm
LED Lifespan > 20,000 hrs > 20,000 hrs
Control Interface Foot-switch / PLC / RS232 Foot-switch / PLC / RS232
Operating Modes Timer & Continuous Timer & Continuous
Power Input 100 – 240 V, 50/60 Hz
Auto-ranging		 100 – 240 V, 50/60 Hz
Auto-ranging
Cooling Water-cooled Water-cooled
Compatible Chambers C131C / C131D C191C
① Recommended Curing Distance: 1″ – 3″ ② Static Uniformity @2.0″ Distance = 0.78, @3.0″ = 0.62 ③ Dynamic Uniformity @2.0″ Distance = 0.88, @3.0″ = 0.82 ④ Expected LED Life: More than 20,000 hrs ⑤ Power Input: 100 – 240 V, 50/60 Hz, auto-ranging ⑥ Signal Input: Foot-Switch, PLC or RS232 ⑦ Switchable between timer or continuous mode ⑧ Cooling: closed-loop water-cooled LED assembly ⑨ Available in 365 nm, 385 nm, 395 nm, 405 nm
Products

Select Your W-Series™ Configuration

Incure W-Series™ water-cooled UV LED area curing systems in bench-top and large-area production configurations.

Applications

Built for Continuous-Duty UV Curing

Incure W-Series™ water-cooled UV LED systems deliver full rated intensity across every cycle —
enabling consistent results in high-throughput and demanding industrial environments.

Green computer motherboard for Incure W-Series™ water-cooled UV LED electronics assembly
High-Volume Electronics Assembly
Continuous-cycle PCB conformal coating cure, underfill sealing, and SMD component bonding — where high and consistent UV intensity across every cycle is critical.
Medical device manufacturing environment for Incure W-Series™ water-cooled UV LED medical device production
Medical Device Manufacturing
High-throughput catheter tip bonding, sensor encapsulation, and sterile device sealing — where repeatable UV dose and batch-to-batch consistency are required across long production runs.
Precision optical manufacturing assembly for Incure W-Series™ water-cooled UV LED optical component bonding
Optical Component Bonding
Lens bonding, prism assembly, and filter lamination requiring uniform high-intensity flood exposure — water cooling prevents thermal drift that would compromise alignment tolerances.
Industrial conveyor belt system for Incure W-Series™ water-cooled UV LED inline conveyor integration
Inline Conveyor Integration
PLC and RS232 inputs enable synchronized triggering from upstream equipment — water cooling maintains full rated intensity throughout the entire production shift.
Industrial liquid coating process for Incure W-Series™ water-cooled UV LED coating and encapsulant cure
Coating & Encapsulant Cure
Batch and inline curing of UV conformal coatings, dome coatings, and encapsulants — the large-area W1212 covers multiple components per cycle at full rated intensity.
Scientific laboratory equipment for Incure W-Series™ water-cooled UV LED R&D high-intensity testing
R&D High-Intensity Testing
Precise high-intensity UV exposure for adhesive qualification, cure-schedule development, and dose-response studies — water cooling delivers consistent output even at maximum intensity.
FAQ

Frequently Asked Questions

Common questions about the Incure W-Series™ water-cooled UV LED area curing systems.

  • The Incure W-Series™ W44 covers a 4″×4″ curing area with 144 high-power LEDs, delivering up to 8,100 mW/cm² at 365 nm. The Incure W-Series™ W1212 covers a 12″×12″ curing area with 1,296 high-power LEDs, delivering up to 3,100 mW/cm² at 365 nm. Choose the Incure W-Series™ W44 for compact or bench-top applications; choose the Incure W-Series™ W1212 for large-area or inline production curing.

  • Incure W-Series™ systems use closed-loop water cooling to maintain the LED array at stable operating temperature during continuous-duty production runs. Water inlet and outlet connections are required. Contact support@uv-incure.com for coolant flow rate and temperature requirements for your installation.

  • Incure W-Series™ systems are available in 365 nm, 385 nm, 395 nm, and 405 nm. Each unit is factory-configured to a single wavelength. Select the wavelength that matches your UV adhesive or coating's peak absorption spectrum.

  • The Incure W-Series™ W44 is compatible with the Incure C131C and C131D cure chambers. The Incure W-Series™ W1212 is compatible with the Incure C191C cure chamber. Contact support@uv-incure.com to confirm chamber compatibility for your specific configuration.

  • The Incure W-Series™ controller is switchable between timer mode and continuous mode. External triggering is supported via foot-switch, PLC digital I/O, or RS232 serial interface — making the system suitable for manual workstations and fully automated inline production lines.

  • Incure W-Series™ LEDs are rated for more than 20,000 hours of operation. At 8 hours per day, this exceeds 2,500 working days. Unlike mercury arc lamps, the LEDs require no warm-up time, no recalibration, and no lamp replacement during normal service life.

Ready to Specify Incure W-Series™ Water-Cooled UV LED Area Curing Systems?

Tell us your curing area, intensity requirements, duty cycle, and wavelength preference —
our team will confirm the right W-Series™ model, availability, and lead time.

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