UV Focused Beam Curing Systems — Incure M-Series™
The Incure M-Series™ UV focused beam curing systems deliver controlled, high-intensity UV output for precision adhesive and coating cure. Available in 365 nm, 385 nm, 395 nm, and 405 nm across the M-Series range — engineered for benchtop, semi-automated, and fully automated production environments.
Specifications
Technical Specifications
Side-by-side specifications across the Incure M-Series™ UV focused beam curing system range.
| M-Series™ UV Focused Beam Curing Systems | |||||
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| Specification | M51 | M62 | M121 | M122 | M152 |
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| Irradiation Area | 5″ × 1″ | 6″ × 2″ | 12″ × 1″ | 12″ × 2″ | 15″ × 2″ |
| LED Count | 45 LEDs | 108 LEDs | 108 LEDs | 216 LEDs | 270 LEDs |
| Peak Intensity @ 2″ (365 nm) |
6,150 mW/cm² | 3,100 mW/cm² | 5,150 mW/cm² | 3,100 mW/cm² | 3,100 mW/cm² |
| Peak Intensity @ 2″ (385/395/405 nm) |
5,100 mW/cm² | 2,600 mW/cm² | 4,100 mW/cm² | 2,600 mW/cm² | 2,600 mW/cm² |
| Available Wavelengths | 365 nm 385 nm 395 nm 405 nm |
365 nm 385 nm 395 nm 405 nm |
365 nm 385 nm 395 nm 405 nm |
365 nm 385 nm 395 nm 405 nm |
365 nm 385 nm 395 nm 405 nm |
| LED Lifespan | > 20,000 hrs | > 20,000 hrs | > 20,000 hrs | > 20,000 hrs | > 20,000 hrs |
| Control Interface | Foot-switch / PLC / RS232 | Foot-switch / PLC / RS232 | Foot-switch / PLC / RS232 | Foot-switch / PLC / RS232 | Foot-switch / PLC / RS232 |
| Operating Modes | Timer & Continuous | Timer & Continuous | Timer & Continuous | Timer & Continuous | Timer & Continuous |
| Power Input | 100 – 240 V, 50/60 Hz Auto-ranging |
100 – 240 V, 50/60 Hz Auto-ranging |
100 – 240 V, 50/60 Hz Auto-ranging |
100 – 240 V, 50/60 Hz Auto-ranging |
100 – 240 V, 50/60 Hz Auto-ranging |
| Cooling | Advanced forced-air | Advanced forced-air | Advanced forced-air | Advanced forced-air | Advanced forced-air |
| Chamber Compatible | Not Applicable | Not Applicable | Not Applicable | Not Applicable | Not Applicable |
① Recommended Curing Distance: 1″ – 3″
④ Expected LED Life: > 20,000 hrs
⑦ Switchable between timer or continuous mode
② Static Uniformity: @ 2.0″ = 0.78 · @ 3.0″ = 0.62
⑤ Power Input: 100 – 240 V, 50/60 Hz, auto-ranging
⑧ LED cooling: forced-air and louvers
③ Dynamic Uniformity: @ 2.0″ = 0.88 · @ 3.0″ = 0.82
⑥ Signal Input: Foot-Switch, PLC or RS232
⑨ Available in 365 nm, 385 nm, 395 nm, 405 nm
Products
Select Your M-Series™ Configuration
Incure M-Series™ UV focused beam curing systems in narrow rectangular
beam geometries for precision inline and benchtop UV curing applications.
Applications
Built for Precision UV Curing
Incure M-Series™ focused beam systems deliver controlled, repeatable UV dose to
precise cure zones across industrial and precision manufacturing applications.
Electronics Assembly
PCB component bonding, underfill sealing, and FPC connector potting — focused beam delivery targets the exact cure zone without exposing adjacent components to UV.
Medical Device Manufacturing
Catheter tip bonding, sensor encapsulation, and sterile device sealing requiring controlled focused UV dose delivery and batch-to-batch repeatability.
Optical Component Bonding
Lens bonding, prism assembly, and fibre-optic curing where a focused beam preserves alignment and optical clarity by eliminating scatter from adjacent areas.
Conveyor Line Integration
PLC and RS232 signal inputs enable synchronized triggering from upstream equipment — the Incure M-Series™ drops into inline beam curing cells at production rates.
Coating & Encapsulant Cure
Precision curing of UV conformal coatings, potting compounds, and encapsulants — beam targeting delivers consistent dose to complex geometries and recessed features.
R&D & Process Development
Controlled focused UV exposure for adhesive qualification, cure-schedule optimisation, and dose-response studies — precise timer control and repeatable output ensure reliable data.
FAQ
Frequently Asked Questions
Common questions about the Incure M-Series™ UV focused beam curing systems.
All Incure M-Series™ models are available in 365 nm, 385 nm, 395 nm, and 405 nm. The wavelength is selected at the time of order and cannot be changed in the field. Choose based on your adhesive's photoinitiator absorption peak — 365 nm for most UV-curable acrylates, 395–405 nm for visible-light-initiation formulations.
The recommended curing distance is 1″ to 3″ from the face of the lamp head. Peak intensity figures (mW/cm²) are measured at 2″. Operating closer increases intensity but reduces uniformity; operating further reduces intensity but broadens the beam footprint slightly. For most production processes, 2″ is the optimal starting point.
A flood lamp irradiates a broad, square area uniformly — suitable for curing large substrates or multiple parts per cycle. An Incure M-Series™ focused beam system targets a narrow rectangular zone with very high intensity, making it the right choice when you need to cure a specific bondline, gasket, or conformal coating region without exposing adjacent components or heat-sensitive materials to UV.
Yes. All Incure M-Series™ models support foot-switch, PLC, and RS232 signal inputs, enabling synchronized triggering from upstream dispensing equipment, conveyor controllers, or PLCs. Timer and continuous operating modes allow you to configure precise dose delivery for your production cycle time. Contact our team for integration support and cable pinout documentation.
Select a beam area that fully covers your bondline or cure zone with a small margin. The Incure M51 (5″×1″) and M121 (12″×1″) are suited to narrow linear bondlines such as gaskets and seals. The Incure M62 (6″×2″), M122 (12″×2″), and M152 (15″×2″) address wider zones, multi-row dispensing patterns, or applications where slight lateral tolerance is needed. If your bondline geometry is unusual, contact us — we can advise on positioning and fixturing.
No. Incure M-Series™ focused beam systems are standalone inline curing heads designed to cure parts in open-fixture tooling without an enclosure. A cure chamber is not compatible with the M-Series™ beam geometry. If your process requires enclosed batch curing, the Incure B/C-Series™ cure chambers paired with L-Series™ flood lamps are the appropriate solution.