EN / USD
The Telosin collection includes facial and body devices with distinct features. Start with the area and concern you want to address, then look at the technology and handling of each model. A generation number or price alone does not tell you which device belongs in your routine.
Y Pro Red combines red and near-infrared LED for facial rejuvenation. Y Pro Blue uses blue LED for blemish-prone skin. Both share the sculptural design created with Karim Rashid, skin-contact activation, temperature sensing and a charging cradle. Compare the facial collection.
Telosin X combines red and near-infrared light with an enlarged treatment head and digital display for face and body care. Telosin VII combines dual-wavelength light with micro-vibration. Each has its own instructions: use the manual for the device you own rather than transferring a routine between models.
Both Body Sculpt models combine microcurrent, 635 nm red light, 850 nm near-infrared and vibration in cordless devices with three intensity levels. Both include a controlled cooling effect. Advance also features a heat function and ICE Cooling modes. Both require Firm & Tone Activating Body Gel, supplied in the box. Compare body devices or explore Body Sculpt Classic and Body Sculpt Advance.
Review the preparation steps, contraindications and supplied equipment for your exact model. If you need a manual or help comparing the collection, contact Telosin customer care.
Choose an at-home LED device by its purpose, light technology, treatment instructions, evidence and ownership support. Start with the skin concern you want to address, then compare the exact model. A device should fit a routine you can follow and come with information you can understand.
Y Pro Red combines red and near-infrared LED for a routine focused on the appearance of lines, texture, firmness and radiance. Y Pro Blue uses 415 nm blue LED for blemish-prone skin. Compare Red and Blue.
Look for model-specific specifications. Wavelength describes the light; it does not, on its own, describe the treatment dose or prove an outcome. Consider the treatment head, contact requirements and the instructions as well. Explore Telosin’s light technologies.
Check the permitted areas, time per area, frequency, preparation and contraindications. Treatment schedules differ between devices. If you plan to use a gel, confirm that the model’s instructions allow it.
Look for the exact device studied, the number of participants, the assessment and the follow-up. Telosin’s published report concerns an earlier red/infrared device; its results are not verified Y Pro results. Read the results and original report.
Read the warranty and purchase terms for your model and market. Check what comes in the box, how to clean and store the device, and how to get support. Find Telosin customer care.
Created in collaboration with Karim Rashid, Y Pro Red and Y Pro Blue share a sculptural handheld form and a distinctive triangular treatment head. The design gives the two devices a common identity while their light technologies serve different intended uses.
Both devices are rechargeable and supplied with a charging cradle. Skin-contact activation and temperature sensing are part of the Y Pro feature set. Explore the original product photographs for a closer look at the head, handle and cradle.
Watch Karim Rashid discuss Telosin Y Pro in the original film below. His collaboration brings industrial design into the Telosin beauty-technology collection.
Y Pro Red combines red and near-infrared LED for facial rejuvenation. Y Pro Blue uses blue LED for blemish-prone skin. Compare the devices to understand their intended uses and read the preparation instructions for your chosen model.
The triangular treatment head follows facial contours to help maintain skin contact during treatment. Its ergonomic shape supports comfortable handling.
The transparent polycarbonate head forms the treatment surface itself, transmitting light from the LEDs to the skin. It combines optical clarity with a lightweight, impact-resistant construction.
Two metal strips integrated into the treatment head are designed to reflect and redistribute light, spread warmth and support vibration transfer to the skin.
Skin-contact activation, temperature sensing and one-button operation bring responsive control to a cordless, handheld device.