{"id":576,"date":"2026-10-20T01:12:34","date_gmt":"2026-10-20T01:12:34","guid":{"rendered":"https:\/\/beautomepro.com\/ai-smart-nail-lamp-colombia\/"},"modified":"2026-10-20T01:12:39","modified_gmt":"2026-10-20T01:12:39","slug":"ai-smart-nail-lamp-colombia","status":"publish","type":"post","link":"https:\/\/beautomepro.com\/pt-br\/ai-smart-nail-lamp-colombia\/","title":{"rendered":"AI Smart Nail Lamp for Colombian Salons: Two Grids, 60 Hz and the RETIE File"},"content":{"rendered":"
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\n Colombia · AI Smart Nail Lamp<\/span>\n

AI Smart Nail Lamp for Colombian Salons: Two Grids, 60 Hz and the RETIE File<\/h1>\n

Colombia is not one electrical market. A Bogotá studio and a Cartagena hotel salon can sit on different voltages, and a franchise that standardizes on one SKU discovers this at the second location, not at the first. Add a conformity file that has to be opened before the container ships, and the specification conversation starts to look very different from the one a buyer has with a local distributor.<\/p>\n \"AI\n

The AI Smart Nail Lamp — 136 dual-band LEDs, a 2MP camera and zoned emission that follows the nails rather than the whole hand.<\/p>\n <\/div>\n<\/section>\n\n

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A franchise market that buys equipment centrally<\/h2>\n

Colombia’s nail business has moved from independent studios toward formats. Research published in 2025 put the country’s nail salon market above USD 100 million<\/strong>, growing at roughly 5% a year<\/strong>, with franchise models doing the heavy lifting — one domestic nail spa chain operates 37 locations, 28 of them franchised, and reports more than a million services a year (Actual Market Research, 2025). Beauty and personal care overall reached about USD 4.28 billion<\/strong> in 2025, with per-capita spend of roughly COP 530,000, up 4.8%.<\/p>\n

That matters for a lamp supplier because central purchasing changes the questions. An independent studio asks what a lamp costs. A franchise asks whether the same unit can be installed in fourteen rooms across five cities, whether staff can operate it without a two-week training program, and whether the paperwork exists to clear customs without a delay that costs a month of opening schedule.<\/p>\n\n

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110–120 V<\/p>\n

Standard single-phase supply at 60 Hz; 208 V three-phase is common in commercial buildings, with 220 V pockets<\/p>\n <\/div>\n

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136<\/p>\n

Dual-band LEDs, 365–370 nm and 395–400 nm, in a 24×24×11.5 cm body<\/p>\n <\/div>\n

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0.2 s<\/p>\n

Vision detection that maps nail position before the LEDs switch on, zone by zone<\/p>\n <\/div>\n <\/div>\n\n

What the grid actually looks like<\/h2>\n

Most of Colombia runs 110–120 V at 60 Hz<\/strong>, single phase, with type A and B outlets dominating. Commercial buildings frequently bring in 208 V three-phase<\/strong>, and there are 220 V pockets that a national chain will eventually hit. The practical consequence is arithmetic, not opinion: a unit built for 220 V and plugged into 120 V will switch on, light up and never deliver its rated output, because power falls with the square of the voltage ratio.<\/p>\n

So specify voltage as a build parameter on the purchase order, not as an accessory. And specify current as well: for the same wattage, a 120 V unit draws roughly twice the current of a 220 V unit, which changes cord gauge, breaker selection and the plug on the end of the cable. In a salon where four lamps and four wax pots share a circuit that was sized for hairdryers, that difference shows up as a tripped breaker during a full appointment book — the kind of failure that gets blamed on the lamp.<\/p>\n\n

60 Hz is a separate question from voltage<\/h2>\n

Frequency is where a specification quietly drifts. A curing lamp is a thermal system as much as an optical one: the LEDs generate heat, a fan moves it, and the controller decides when to warn the technician that output has decayed. A fan and an airflow path validated at 50 Hz will not behave identically at 60 Hz, and the difference lands in noise, in surface temperature and in how quickly the head recovers between clients.<\/p>\n

Ask for test data recorded at 60 Hz, 120 V<\/strong> — not a converted 50 Hz report with a note. Our answer to that request is simple: the unit is built to the voltage and frequency on the order, and the cooling and thermal-warning behavior is documented for that configuration, including the light-decay warning that tells the technician the head needs attention before a set fails to cure.<\/p>\n\n

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Rear power entry and USB-C detail. Voltage and frequency are fixed at the order stage; the 6000 mAh battery is an option, not standard.<\/p>\n\n

RETIE is the file that stops the container<\/h2>\n

Electrical products entering Colombia fall under RETIE<\/strong>, the technical regulation for electrical installations, administered by the Ministry of Mines and Energy. In practice a conformity certificate has to be issued through a certification body accredited by ONAC<\/strong>, and a test report from an overseas laboratory, a CE declaration or a UL listing is not a substitute for it. Certification bodies have been working to Resolution 40117 of 2024<\/strong>, the re-issued RETIE text that took effect on 1 January 2026 — confirm the applicable resolution and the accepted assessment route with your certification body or customs broker before you build, because the text does move.<\/p>\n

Three points that decide whether a first shipment is smooth:<\/p>\n