BBLs™ BroadBand Light

BBLs Overview

The innovative BBLs™ module extends the versatility of the JOULE platform with one-of-a-kind flash lamp technology, interchangeable Smart Filters, Finesse Adapters, and precision thermoelectric cooling.

BBLs uses advanced dual-lamp technology with each lamp supplying half of the energy needed during treatment. This results in unsurpassed lamp lifetimes and unlimited pulses during warranty.

Its broad range of wavelengths allow targeted treatment for many skin conditions without the need for additional handpieces. Its flexible Finesse Adapters enable treatment of hard to reach areas, producing evenly treated skin.

With its user-friendly features, superior results, and no consumables, BBLs is the most complete and versatile broadband light system in its class.

Clinical Applications

BBLs™ enables treatment of multiple skin conditions with various wavelengths seamlessly using change-on-the-fly Smart Filters.

• 420 – Acne
• 515 – Pigmented Lesions, such as freckles, age spots.
• 560 – Vascular Lesions, such as cherry angiomas, telangiectasias, and rosacea.
• 590 – Deeper Lesions / Darker Skin Types
• 590, 640 & 695 – Hair Removal
• Treatment expansion – SkinTyte™ is available as a module using infrared light energy to deeply heat dermal collagen leading to a renewed collagen foundation for skin firming.

Science & Technology

Dual-Lamp Technology and No Consumables

Adjustable Cooling

BBLs employs an integrated thermoelectric monitoring assembly enabling its sapphire crystal and sensors to continually and precisely maintain temperatures from 0 °C – 30 °C with adjustability of every degree in between.

Treatment Speed

With a large 15 X 45 mm spot size and rapid repetition rate users enjoy an efficient patient throughput. Since each pulse is cooled to the selected temperature, patients enjoy a comfortable treatment.

Square-wave Energy Delivery

• BBLs delivers a pulse to tissue with precise on and off timing with controlled irradiance.
• BBLs' pulse envelop is adjusted ten times within each pulse to achieve consistent and efficient results.
• Many systems deliver only single or double pulses with extended low power tails below therapeutic levels resulting in a higher than neccssary fluence requirement.
• BBLs' square wave pulsing does not create a low energy tail and waste of energy.