Life can be hectic. You can’t always find time for a beauty appointment. Sometimes you don’t even know when you’ll be home. But you still want to stick to your beauty regime, including removing unwanted facial and body hair.
Well, now you can, thanks to Sensilight PRO – a clinically-proven personal-use device that gives you permanent hair reduction on your face and body without tricky shaving, messy waxing, or painful exfoliating. The cordless design gives you full freedom of movement, even enabling you to carry out treatments on the go. And, with up to 600 flashes between charges, you can keep going for longer, achieving remarkable results that last a lifetime.
Created to give you the same results as you’d get in a professional spa, and clinically-proven for at-home use, the Reactive Pulse Light (RPL™) technology inside every Sensilight PRO has been designed with both effectiveness and safety in mind. Thanks to a unique energy recommendation button, the device identifies the most suitable energy level for your specific skin, while built-in sensors ensure that the device only works on suitable skin tone, so you can carry out every treatment with complete confidence.
For ultimate accuracy, the device offers two treatment options. The 4.5cm2 window is suitable for use on large areas of the body, such as legs and arms. For small areas, like the upper lip, chin and jawline, a 2cm2 wide precision tip attachment with integrated UV filter has been especially designed to deliver gentle and precise treatment.
Welcome to the most advanced, professional hair reduction system for home use. Sensilight PRO is the next generation of the IPL technology commonly used in clinics today.
RPL™ technology – Reactive Pulsed Light technology
Sensica takes the widely-known professional IPL technology one step further, using unique sensors that constantly react to your skin’s specific needs with every single flash, ensuring a safe, fast and effective treatment.
Double safety mechanism
Skin tone sensor evaluates the tone and condition of the skin at the beginning of each session and during treatment, if it detects a skin tone that is too dark will automatically deactivate the flash.
The contact sensor ensures full contact between the device and skin. In case of a break in contact, it will automatically deactivate the flash trigger.
When it comes to hair removal, the only way to get truly long-lasting results is to disable hair regrowth from the source. Based on the kind of IPL technology commonly used in clinics today, Sensilight PRO emits a flash of light with each press of the trigger button, targeting the melanin in the hair shaft. The heat of the absorbed light then dissipates into the follicle, generating a thermal effect which causes a long-term reduction in hair growth.
At Sensica, we’ve gone a step further than traditional IPL. The ‘reactive’ element of our RPL™ (Reactive Pulsed Light) technology makes the treatment safer and more comfortable. Unique sensors in the Sensilight PRO continuously react to your skin tone and condition, with every single flash of light. If the sensors detect that the skin in the treatment area is too dark, or that contact between the device and the skin has been broken, no flash will be emitted.
Sensilight PRO has two modes of operation: use pulse for small areas, to deliver one pulse of light with every press of the trigger; for larger areas, like legs or back, use glide for continuous pulses as you move the device around the treatment area. It takes just 5 minutes to treat your arms, with real results achieved after just four sessions, so you’ll soon be on your way to eliminating unwanted hair growth once and for all, leaving you feeling light, confident and free.
Because of the way in which RPL™ technology works, Sensilight PRO is not suitable for use on very dark skin tones or very light hair colours. Before beginning treatment, check your skin and hair tones against the Fitzpatrick Scale below:
✓ indicates skin and hair tones that are suitable for treatment with the Sensilight PRO
✗ indicates those that are not