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solo P – compact high-power UV LED for bonding

The high-power UV LED solo P is a compact, economical UV LED spot light source for manual bonding. It reaches up to 24,000 mW/cm² in the wavelengths 365, 385, 395, 405 and 450 nm, measures Ø 15 × 143 mm and weighs about 130 g. No external controller is required – the solo P runs directly from a mains power adapter and, like all our UV LEDs, is quickly switchable.

Wavelength, beam profile, and optic

Several beam profiles with interchangeable optics are available. The UV radiation of the high-power LED is focused at the desired working distance.

Applications of high-power UV-LED solo P

  • UV curing and bonding and UV sealing
  • Micro curing
  • Irradiation of biological samples
  • Hairline or leak detection using fluorescence markers

solo P: calculate the irradiance at the workpiece in advance

How much irradiance arrives at the workpiece? In the spot source simulation you choose optics, wavelength and working distance of the solo P and immediately see the heat map, cross-section profiles and key figures of the target. The section view shows how spot size and irradiance change with distance; one click sets the working distance to the best focus. Results can be exported as CSV and as a PDF simulation report – a basis for the design, while the measurement with a UV radiometer remains binding.

Advantages of UV-LED solo P

  • Ergonomic design
  • High power UV-LED
  • 365, 385, 395, 405, or 450 nm
  • Highly efficient UV radiation
  • No thermal radiation
  • Long lifetime
  • Built-in pushbutton and optional foot switch available

Technical data UV-LED solo P

Wavelength 365, 385, 395, 405 or 450 nm
Max. irradiance > 24000 mW/cm²
Dimensions Ø 15 × 143 mm
Weight ~130 g
Operating voltage 100–240 V, 50/60 Hz
Power 5 W
Cable length 1 m
Connection DC in, foot switch (optional)
Button 1 (pressed = on)
Cooling mount, dimensions D 50 mm, h = 25 mm
Classification risk group 3 according to DIN EN 62471:2009-03
Operation temperature 5 to 40 °C; with a duty cycle above 0.5 cooling may be required
Storage temperature -10 to 60 °C
Humidity below 80 %, non-condensing

Spectra of the UV-LED point light source solo P

The wavelength of the solo P is fixed when ordering and cannot be changed in the unit. The figure helps with that choice because it shows the range a curve actually covers: an adhesive specified for 395 nm still receives a useful share from a 405-nm LED, but hardly anything from a 365-nm LED. For two wavelengths, two solo P are used.

Safety instructions

The device emits UV-A and blue light. UV radiation is invisible. Any visible light is only luminescence excited by the radiation; it is usually much weaker than the exciting UV radiation, so the impression of a low irradiance is misleading.

UV-A radiation can cause cataracts in the lens of the eye and inflammation of the retina. Always wear suitable UV protective goggles when operating the device. UV-A also causes skin discolouration and skin ageing; use suitable clothing, gloves or sunscreen.

The devices are designed and classified according to DIN EN 62471:2009-03 "Photobiological safety of lamps and lamp systems"; the solo P falls into risk group 3. Do not look into the LED and do not expose the skin to the UV radiation permanently. Stray radiation from the LEDs is usually uncritical, but workplace safety remains the responsibility of the user.

We are glad to support you in setting up UV workplaces and with the risk assessment according to DIN EN 14255:2005.

Order numbers, scope of delivery, accessories and versions

VersionOrder number
UV-LED spot light source solo P860614

Scope of delivery: the solo P including optic and plug-in power supply. Unless specified otherwise we supply the optic "Standard" and the wavelength 365 nm; please state other optics and wavelengths with your order.

Wavelength
365 nm
385 nm
395 nm
405 nm
450 nm

Please state the required wavelength with your order; it is not part of the order number. The peak wavelength lies within ± 5 nm.

DesignationOrder number
Foot switch860611
UV protective goggles918800
Additional optic860605
Cooling mount860605C
Plug-in power supply400POW
Kink protection extension, cable 3 m860604V3

The additional optic focuses the beam more tightly, the cooling mount absorbs the waste heat at a high duty cycle. For simple operation we recommend ordering the foot switch as well; for work in places that are hard to reach we offer extension cables with kink protection.

Publications using Opsytec UV LED light sources

We do not keep a separate bibliography for this individual device – publications usually name the product family, not the model. Listed here are the 10 most recent works in which Opsytec UV LED light sources were used.

TitleAuthorsJournalYear
Azidocoumarin Glycan Probes for Photoinduced Cross-Linking and In Situ Fluorescent LabelingJahnke, N.; Driessen, M. D.; Partalidou, G. et al.Bioconjugate Chemistry2026
Chlorine atom diffusion and reactivity in solid parahydrogen at 1.6–4.3 KMuddasser, I.; Nguyen, A. H. M.; Gyamfi, E. et al.The Journal of Chemical Physics2026
Development of a human-derived bioink based on keratin methacrylate for corneal bioprintingBalters, L.; Reichl, S.Journal of Applied Biomaterials & Functional Materials2026
Immobilization of Titanium Dioxide Ultrathin Films onto Porous Membranes via Atomic Layer Deposition for Photodegradation of Water‐Borne PollutantsMaloda, E. M.; Nyarige, J. S.; Busko, D. et al.ChemPhotoChem2026
Photocurable Lignin Materials: Tuning Lignin Methacrylation to Tailor Photocuring KineticsMhirsi, O.; Yapa, M.; Laborie, M. G.Macromolecular Materials and Engineering2026
Light-induced chemistry for protein functionalisationBerton, C.; Holland, J. P.Chemical Communications2025
Nuclear Deformation and Stiffness-Dependent Traction Force Generation Dictate the Migration of Cells under ConfinementWang, Z.; Xu, F.; Wu, D. et al.ACS Applied Materials & Interfaces2025
3D-Druck von stationären Phasen für die Anwendung in der Flüssigchromatographie——2024
Design of photocurable thiol-epoxy resins for the processing of vitrimers with vat photopolymerisation 3D printingGaca, S.; Dietliker, K.; Rossegger, E. et al.Reactive and Functional Polymers2024
In Situ X-ray Absorption Spectroscopy Study of the Deactivation Mechanism of a Ni-SrTiO 3 Photocatalyst Slurry Active in Water SplittingAbudukade, M.; Pinna, M.; Spanu, D. et al.The Journal of Physical Chemistry C2024