Vision intelligence
2 MP · 1080P camera · 0.5 TOPS NPU
Hand entry is captured and nail contours identified on device. The listed 0.2 s figure is a detection specification, not a curing time.
Vision-guided UV/LED curing for professional nail services.
A curing lamp used to mean one blind field of light: every finger, the same output, the same fixed time. V2 starts one step earlier — a camera looks first, on-device AI decides where the light is needed, and the LEDs follow the work instead of flooding the chamber.
2 MP · 1080P camera · 0.5 TOPS NPU
Hand entry is captured and nail contours identified on device. The listed 0.2 s figure is a detection specification, not a curing time.
136 LEDs · 365–370 + 395–400 nm
Front and side dual-wavelength arrays switch to the zones where nails are detected, reaching the nail from more than one direction.
Energy ramps during the cycle
Output builds through the cure instead of holding a fixed level, a heat-management feature rather than a guarantee of pain-free curing.
Output monitoring · maintenance alert
The lamp watches its own output and prompts a check when the threshold is reached, so maintenance is planned rather than left to chance.
5.5 in · 1280 × 720 · 5 modes
One glass surface carries the live camera view and five working modes, with no membrane buttons to teach or printed dials to translate.
The 24 cm opening takes all five fingers without repositioning, and zone control keeps pace on a full day of back-to-back services.
The optional 6000 mAh battery removes the cable altogether for house calls, event work and demonstration tables.
One screen, 29 languages and a live camera view let every student follow the same workflow in the language they read fastest.
OEM from 500 pcs: shell colour, ring plating, on-screen branding and packaging are agreed on the sample, so it reads as your product.
See the five behaviours on a sample unit, tested with the gel systems you actually sell.
Request a sample unitV2 is a camera-guided UV/LED curing lamp built for professional nail services. A 2MP camera reads hand position and nail contours, on-device AI turns that reading into zone-level light control, and a 5.5-inch touchscreen keeps the whole cycle in view — 136 dual-wavelength LEDs, progressive output and maintenance alerts in one compact 24 × 24 × 11.5 cm body.
Most professional curing lamps treat the interior as one field of light: the operator places the hand, starts a cycle, and the same output reaches every finger for the same length of time. V2 begins one step earlier. An integrated 2MP 1080P camera reads the hand as it enters the opening, on-device processing at 0.5 TOPS identifies the nail contours in view, and the controller switches the active LED zones to match. The lamp responds to where the work actually is, instead of illuminating everything and leaving the rest to the technician.
The optical side is equally specific. 136 dual-wavelength LEDs sit in front and side arrays across two bands, 365–370 nm and 395–400 nm, so light reaches the nail from more than one direction rather than only from above. During the cycle the controller ramps output progressively instead of holding a fixed level — an approach aimed at managing heat build-up, the part of a long extension service clients notice most.
Two further behaviours support daily operation. Light-output monitoring runs in the background and raises a decay alert when the configured threshold is reached, so a salon can book a check before a change in output becomes a service problem. And because the lamp is driven entirely through a 5.5-inch 1280 × 720 touchscreen — working modes, 29 interface languages, live camera view — there are no membrane buttons to teach and no printed dial to translate.
Physically, V2 is a 24 × 24 × 11.5 cm housing with the power button and USB-C on the rear, a removable tray, and a net weight of 1,707 g without a battery. The optional 6000 mAh Li-ion pack brings that to 1,850 g and takes the lamp off the cable for mobile technicians, training rooms and event work. Both configurations are quoted alongside the sample.
A 2MP 1080P camera reads the hand as it enters the lamp. The listed 0.2-second detection figure is a detection specification, subject to operating conditions.
On-device processing locates the nail contours within the captured frame so the controller has a reference for the nail positions in view.
Active LED zones are selected according to detected nail placement, rather than running the full array for the whole cycle.
Energy output ramps during the cycle with the aim of managing heat build-up, giving technicians a defined output behaviour to evaluate.
Internal light-output monitoring triggers light-decay alerts when the configured threshold is reached, so equipment checks are not left to a visual inspection alone.
None of these figures describe gel cure completion. Gel formulation, layer thickness, service conditions and the operator's technique all affect the result — establish compatibility with your own gel system during sample testing.
An integrated camera detects hand position and nail contours. On-device AI uses that input to guide targeted light control.
Zone selection follows the detected placement rather than a fixed pattern, so the technician spends less time repositioning the hand between fingers — and the cycle starts from what the lamp can actually see.
Detection / Processing / Light control — *listed detection specification; actual response depends on operating conditions.
Dynamic LED scheduling modulates active diode zones according to detected nail placement.
The little finger, the thumb and a hand held slightly off-centre sit inside the illuminated area from the side as well as from above, rather than at the edge of a single top-down field.
The control algorithm ramps output during the curing cycle, with the aim of managing heat build-up.
Concept illustration; not a measured output curve.
Light-output monitoring provides an alert when maintenance attention is needed, helping technicians plan equipment checks instead of waiting for a visible fault.
A progressive ramp gives the client a gentler start to a long extension cycle, and a decay alert gives the salon a reason to schedule a check — rather than discovering a change in output through a client comment.
Curing settings and comfort depend on the gel system, layer thickness and service conditions. Follow validated gel and lamp instructions.
Working modes shown on the standard interface. Mode naming and default cycles can be adjusted for your market at sampling.
New staff can be shown the working modes on one screen, and a team that reads different languages can each set the interface to the one they scan fastest — without a second model or a printed overlay.
Made for multilingual teams. A clear control surface for everyday salon operation. Confirm your required language set with the sample configuration.
A compact footprint with rear power access and an optional battery configuration.
Rear cable access keeps the working surface clear; the optional battery removes the cable altogether, which matters for mobile technicians, training rooms and demonstration tables.
Rear power button and USB-C connection shown. Battery is optional.
White-background photographs of the standard pink configuration. The pink and white bodies below are the reference pair — your shell colour and ring plating are developed on the sample.
Everything photographed here is the standard pair, pearl pink and warm white. Both are starting points rather than the range: the shell is finished to the colour you nominate, and the ring is a plated part — which is why it reads gold on the studio set above and violet in the workshop photographs below.
Gloss — a clear top coat over the housing, the finish used on both bodies here. Matte — a low-sheen soft-touch surface for buyers who want the lamp to sit quietly in a treatment room.
Matched to a Pantone chip, a physical sample or an existing product in your range. Solid and pearl effects are both available: the pink body is a pearl finish, the white is a straight solid.
The band between the shell and the glass is an electroplated component rather than paint, which is why it holds a mirror edge at the seam. The plating colour is customised with the order — gold and violet are both standard, and the ring is matched to the shell at sampling.
On-screen logo, start-up screen and the language set are configured before production, so the interface reads as your product rather than a bought-in unit.
Sleeve artwork, manual language and carton marking are printed to your files. The carton below is the standard neutral sleeve.
Finish, colour and plating are confirmed on the pre-production sample — all three are fixed before the shell colour is locked for the run.
Workshop photographs under available light — the two reference shells, the plated ring and the neutral sleeve. No render or mock-up in this set.
Photographs are cropped and colour-corrected only; the protective film tabs on the glass were removed for the shoot.
Adapter input/output rating and battery choice are confirmed before the order is placed, because both change the carton and the documentation.
The same hardware is configured three ways, depending on whether it carries your name, your catalogue or your treatment room.
A pink and gold reference body, an interface that can carry your logo, and packaging agreed at sampling — so the lamp reads as part of your range rather than a bought-in unit.
One specification across a territory, with the language set and manual matched to the market and the documentation pack ready for your own compliance review.
Five working modes, a live camera view and a screen staff can read at a glance, in a footprint that fits a standard manicure table.
A side-by-side view of what changes when a camera and on-device processing are added, and what still depends on your gel system and the operator.
| Aspect | Conventional nail lamp | AI Smart Nail Lamp V2 |
|---|---|---|
| Light activation | Runs all zones for the full cycle | Camera detects hand position and activates LED zones accordingly |
| Nail positioning | Operator positions the hand manually | Nail contours identified on device before the cycle |
| Output behaviour | Fixed output for the selected cycle | Progressive energy delivery during the cycle |
| Maintenance | Replaced or inspected when a fault appears | Internal light-output monitoring with light-decay alerts |
| Operator interface | Buttons or a simple display | 5.5-inch HD touchscreen, 1280 × 720, 29 languages |
| Branding options | Usually limited to shell colour | Interface branding, shell colour, packaging and manual |
| Minimum order | Varies by supplier | 500 pcs, with customisation scope agreed per project |
| Model | AI Smart Nail Lamp V2 |
|---|---|
| Operating system | Linux embedded OS |
| Processor / Memory | 1.2 GHz CPU / 128 MB RAM |
| AI computing | 0.5 TOPS dedicated NPU |
| Camera | 2MP, 1080P HD |
| Listed detection time | 0.2 seconds; subject to operating conditions |
| Light control | Camera-guided active LED zones |
| LED configuration | 136 dual-wavelength LEDs; front and side arrays |
| Wavelength bands | 365–370nm and 395–400nm |
| Output control | Progressive energy delivery during the cycle |
| Maintenance | Internal light-output monitoring and light-decay alerts |
| Touchscreen | 5.5-inch HD; 1280 × 720 |
| Interface languages | 29; confirm required language set |
| Connectivity | Dual-band Wi-Fi; 2.4 GHz + 5 GHz |
| Battery option | 6000 mAh Li-ion; optional configuration |
| Dimensions | 24 × 24 × 11.5cm |
| Net weight / no battery | 1707 g |
| Net weight / with battery | 1850 g |
| In the box | AI Smart Nail Lamp, dedicated AC adapter & USB-C cable, multilingual quick-start guide and manual |
| MOQ | 500 pcs |
Confirm the required language set, interface branding, shell colour and packaging in the quotation. Optical and timing specifications are for evaluation and may be updated as the product is improved.
BeauTome develops and manufactures beauty devices under its own engineering and quality process, with 3 invention patents and 6 utility model patents on record for the product programme. Sample units, test records and the approved specification sheet are made available to partners during evaluation.
Product claims depend on the approved model and the market. Confirm which statements and documents you can use in your own marketing before publishing.
The camera detects hand position and nail contours, and on-device processing uses that information to control active LED zones. The listed detection time is 0.2 seconds, subject to operating conditions — a detection specification, not a curing time.
The lamp has 136 LEDs with wavelength bands of 365–370nm and 395–400nm. Compatibility should be established with the intended gel system, layer thickness and curing cycle. These optical specifications alone do not establish universal gel compatibility.
The controller ramps energy output during the cycle with the aim of managing heat build-up. It is a heat-management feature, not a guarantee of pain-free curing.
BeauTome offers OEM/ODM discussions covering colors, packaging, manuals, interface branding and market-specific configurations. MOQ is 500 pcs; customisation scope is agreed per project.
The 6000 mAh Li-ion pack is an optional configuration, not part of the standard build. A unit without a battery has a net weight of 1,707 g; with the battery it is 1,850 g. Confirm your preference when the sample is arranged so the adapter, carton and manual match the configuration you receive.
The lamp, a dedicated AC adapter and USB-C cable, and a multilingual quick-start guide and manual. Adapter input/output rating is confirmed against your market before production, and packaging or carton marking changes are quoted with the order.
The interface supports 29 languages on the 5.5-inch 1280 × 720 touchscreen. Confirm the specific set you need with the sample configuration, since the installed language list is agreed per project.
MOQ is 500 pcs. Customisation scope — shell colour, interface branding, packaging and market-specific configuration — is agreed per project and quoted accordingly.
Sample units can be arranged for evaluation. Share your intended gel system, target market and required documentation so the sample and its supporting information match your evaluation plan.
Two clips of the same production unit, straight from a salon table. Nothing is staged and nothing is added in post: what the camera sees through the tunnel is what the controller sees.
Both clips are silent by design. The panel display in the second clip is the standard firmware build; the language and button set follow the destination market.
Tell us the intended gel system, market, quantity and branding requirements. We will confirm pricing, sample arrangements, lead time and available documentation for the AI Smart Nail Lamp V2.