In a nutshell the V3 365nm MINI competes on size, convenience, and portability, and "pound-for-pound" UV power it can generate. Whilst still maintaining filtered UV peaking at the sweet spot of 365nm wavelength - and it certainly punches above its weight with the UV intensity it is able to deliver for you!

(1) Small form-factor. It's small enough to fit into your back pocket. For charging all you need to do is connect the USB-C cable into the on-board charge port, switch the flashlight on, and you're charging - no need to remove the battery and lug around a separate external charger. Although small it's certainly not dainty with aerospace aluminum build throughout. You'll need to put it through an industrial crusher with hydraulic pistons to make a dent on this little uvBeast!

(2) Ready out-of-the -box. What's more we're taking the hassle away from you having to get and also pay extra for the extra bits-n-pieces to operate a rechargeable li-ion UV flashlight. At an inclusive price - no sneaky "you also need to purchase these" at check out! Your uvBeast V3 365nm MINI includes the accessories you need so it’s ready-to-use straight out of the box. It includes: a 21700 Lithium-ion 3.7 volt protected cell (4000mAh capacity) - you can also use a 18650 type (but it needs to be at least 67mm long); a USB-C cable; a mains USB plug (for mains supply power); and spare O-rings. Remember to remove the plastic battery insulation disc from within the battery compartment first, and to fit the positive end facing the LED head - full instructions are on the back of the packaging. Oh, and it's a DOUBLE-CLICK to turn on

(2) Small flashlight BUT high intensity UV at 365nm - the UV gold standard.  The common gripe against small UV flashlights at 365nm is low intensity. We wanted to change that with the power upgrade that a small UV 365nm flashlight needs. This also means that ambient light won't be a show stopper for your jobs anymore. We've also addressed the other complaint with 365nm flashlights - flaky quality where they peak at just above 365nm towards 370nm. We've kept things tight at the 365nm bullseye.

(3) We think you'll be hard pushed to find a more intense 365nm small UV flashlight at these prices. Along with the necessary top-notch quality of the UV beam, both of which need to be present to result in a great performing small 365nm UV flashlight. Producing a high intensity UV beam isn't trivial. Yes, you'll come across many examples. But trust us, there is more to it than meets the eye. You'll not only need to confident with the intensity of the UV beam, but also the quality of the 365nm UV emitted by the LEDs.

You may be surprised to know that a comprehensive answer to this question is difficult. There are the common uses most people know, the not-so-common, and even the ones we ourselves are learning about from users.

For most, deploying UV is a game changer. And it gets EVEN better with 365nm UV! The key advantage with the V3 models is UV intensity primarily resulting in allowing you to be more effective at longer ranges using the long throw of the beam. And close up it means you'll see more. High intensity also means being more effective under lighted conditions.

Here's a list for quick reference.

Whether your needs are commercial or domestic uvBeast will not disappoint. Among other applications that require UV light, uvBeast is especially designed (but not limited to) to fluoresce the following:

• Cat/Dog urine (Note: urine needs to be dry - as wet/fresh urine doesn’t fluoresce under UV, but a wet urine stain is easily spotted by the eye anyhow)

• Scorpions and their dens (but the very young, and adults just molted may not glow as much)

• Rat/Mouse urine trails (appear as small dots since they urinate and defecate as they travel and eat – weird I know, glad humans aren't like that. But then again..)

• Human Body Fluids (urine, semen – sorry but had to include for completeness)

• Unsanitary stains, and the like

• UV Curing. For applications that require 365nm wavelength

• Leak detection. Using UV dyes, leaks can be detected know matter how small in just about any machine in use known to man (e.g. AC units, vehicles, aircraft engines, oil rigs

• Conformity detection. Examples include paint applications, glue coatings, correct coatings against substrates

• Artwork and antique inspection, including uranium glass, glow paint

• Property hygiene appraisal, houses, rental properties, hotels

• UV photography

• UV paint charging and fluorescence. Charging of fishing lures, charging of golf discs

• Food quality inspection. Fruits, fish, coffee beans

• Gemstone identification. Rubies, diamonds, sodalite, amber, and many others

• Caterpillar identification (including the Tomato Hornworm crop destroyer)

• Resin detection (like glue, wall paint, etc.)

• Fossil detection

• Ringworm and mold detection (not all species of mold)

• Narcotic detection

• Security markings

• ID and paper currency verification

• Wood (yes wood!) identification and verification

..and in fact the list goes on (if that wasn't enough). 

If you have any other (quirky) uses let us know and we'll include it! 

The V1 and V2 models are characterized or can be described as having a flood-like beam, while the V3 models have a more focused spot beam - although the V3 MINI has a wide beam. Both have different beam properties in terms of how far the UV beam travels, versus how wide the UV beam spreads. So pick the beam shape which most suits your application or variety of applications.

All uvBeast models are designated as high intensity UV designed to blow your socks off, so you really won't go wrong with any model. But if you're preference is particular or more specific then you have options and choices.

The V1 and V2 will spread the UV beam over a relatively short distance from where you're standing, which means you get good coverage at close ranges. For example, the V1 and V2 models will cover a large area in a dark room or similar environment. The V3 models although having a higher intensity of UV, will also be effective in say a dark room, but slightly less so - the beam coverage will not be as wide. However, since a scanning motion is used with UV lights, the difference may not be so noticeable.

The V3 models however have the capability of throwing higher intensity UV out into the distance, which is perhaps what you might require for your application. And the V3 365nm MINI relative to the other V3 models, has a some trade-off in beam intensity and range due to it's smaller size - but not enough to be relegated to the comparable weaker small factor UV flashlights in the 365nm UV category!

IMPORTANT NOTE (for understanding UV beam width):

When you first use a uvBeast UV flashlight and try to "see" how wide the UV beam is, it can be misleading. The beam point you'll be looking at  will be the visible portion of the beam only, and may appear "narrower" than it actually is. The way to verify this (we've done it so many times) is to observe items that glow (fluoresce) well outside of the visible width of the beam. This means that invisible UV is reaching the item that is fluorescing.

Another attribute to be aware of with UV is the background color and material you're shining the beam on. If it's a dark wall you'll again, as described above, only see the visible portion of the beam. On a dark wall it will appear narrower than it actually is. Shine the UV on a white or near white wall and all of a sudden you'll see a wider spot! Again to test the invisible UV portion of the beam spot, look for fluorescence outside of the visible spot you can see with your eyes.

The above is just an example of how UV can be and will be counter intuitive at first. But you'll quickly traverse the learning curve the more you experiment and try it out. 

This is a good question because it's often asked. But there are differences which apply to LEDs and UV lights in particular. And this is important to note for UV users.

In summary, watts is not a meaningful measure for the intensity of LEDs (you can read below as to why). Lumens and LUX are not measures we use in the UV LED industry because these only apply to visible light LEDs. Instead in the UV industry we use radiant intensity and irradiance to measure how intense and how powerful a UV light source is. The below is a more detailed explanation for those interested. Otherwise jump to the end of this FAQ to read off the specifications.

"Watts" as a measure of brightness for LEDs is not a meaningful measure of brightness in the LED industry because wattage is talking about the energy it takes to produce a certain amount of light. This worked well with filament and incandescent lamps where the higher the wattage the brighter the light. The trouble is that the lighting industry has advanced such that wattage values are not directly translated into brightness - it's possible to have a lower wattage LED and yet it is a brighter light relative to another light source or LED with a higher wattage. Moreover, depending on the electronics and the efficiency of the LEDs, the energy (watts) supplied is NOT directly translated into light at 100% efficiency. Much if not most of that energy (wattage) is lost through heat whereby very little is actually translated into light. You could have a very high wattage LED, but most of that energy will not be directly translated into the useable light that you're after. So the LED industry has moved away from using wattage as a standard for brightness. So wattage doesn't really speak to how bright an LED light is.

So the LED industry mainly use terms such as Lumens, LUX, and Candela. Lumens is the measure of how intense the resultant or actual emitted light is and is measured in lumens. The higher the lumens the more intense the light emitted. LUX or luminous flux is the measure of light falling within a given unit of area. This is a measure of the density of the light emitted and how it's dispersed or spread. For instance you can have a very high Lumens rating  but a low LUX rating depending on how the beam is emitted. It's the difference between a 500 watt light bulb and a small 50 lumen flashlight. Which one is brighter? The 500w light bulb because it can light an entire room. Which one is more powerful over a given area? The 50lm flashlight because it channels it's light into a particular viewing area. See the relevance of terminology here to give a more meaningful understanding? (We won't go into candela, steradians, and the solid angle measure, nor the inverse square law of light, as it's a bit of an overkill for this).

Now here comes the twist with ultraviolet light (or radiation to be more exact). Note: Don't freak out with that word radiation, because it is just describing the energy along the electromagnetic spectrum where visible light is also a type of radiation along with radio waves.  

Lumens and LUX measurements only pertain to visible light. So this suits the regular flashlight industry and their users can happily converse with one another all day long. But UV is light which does not fall into the visible spectrum. So the UV industry to describe the attributes of their light sources cannot use terms such as lumens or LUX. This is only used as a measure of the light observed.

In the UV industry we use radiant intensity and irradiance to measure the same thing (Lumens and LUX respectively).

Radiant intensity is the measure of ultraviolet radiation actually emitted or output. Which is what you want or should know. It's the useable UV light you're going to use - remember wattage in a UV light is NOT meaningful as it attempts to describe the watts going in to power an LED semi-conductor. But that energy is mostly lost to heat, internal resistance, etc. And this can vary widely with systems being 80% efficient to 20% efficient. The input watts will mask this rather badly.

What's important to look out for is the energy that comes out of the business end - the actual radiation emitted. That's what actually and really counts. So radiant intensity of a UV flashlight is the actual UV energy emitted and is measured in watts or more typically milli and micro watts. This tells you the true intensity of UV being emitted.

Irradiance is like LUX but for ultraviolet light. Irradiance is the amount of ultraviolet falling on a given unit area and is measured in watts per square meter, or more typically milli or micro watts per square centimeter.

So, in a nutshell lumens and watts are not used by the UV industry to measure performance of UV LEDs. Instead radiant intensity and irradiance are.

Technical information we know, but we thought it deserves an explanation. 

Now you can make sense of the following.

Here are the specs for the V3 365nm MINI:

UV wavelength: 365nm

UV Radiant Intensity: 500mw

UV Irradiance: 2400uW/cm² from approx. 24 inch distance