Lambda - Laser Therapy Device

Lambda is a programmable control unit equipped with an IR laser, suitable for regenerative biostimulatory and analgesic treatments. It allows optional handpieces with transducers to be connected to the unit. These transducers can have different sizes and radiation power levels, enabling the operator to select the most appropriate handpiece for the chosen treatment.

Lambda features a safety control system that automatically deactivates the laser emission in case of incorrect positioning or if the emitting handpiece is not in place.

Features:

• Output frequency: 0.5–10,000 Hz
• Handpiece wavelength: 905 nm
• Output pulse duration: 100 nsec
• Power supply: 90–240 Vac / 50–60 Hz
• Power consumption: 20 VA (Lambda) / 25 VA (Lambda 2)

Highlights:

• Wide range of preset protocols
• Customizable programs
• Independent management of handpieces
• Handpieces with one or six laser emitters
• Automatic frequency scanning
• Display of delivered energy (Joules)
• Warning signal on the handpiece, illuminated during energy delivery
• Automatic recognition of the connected accessory

Lambda YAG is a laser therapy device designed for deep treatment of various types of conditions. It operates with a wavelength of 1064 nm, which, combined with its emission power, ensures effective diffusion and appropriate absorption by human tissue, delivering analgesic, anti-inflammatory, and tissue regeneration effects.

Characteristics:

• Wavelength: 1064 nm
• Laser power: Up to 10W
• Emission modes: Continuous, Pulsed
• Light guide: 635 nm (2 mW)
• Power supply: 90–240 Vac / 50–60 Hz
• Power consumption: 100 VA
• Laser class: 4

Lambda YAG offers two operational modes: continuous and pulsed emission.

Continuous Emission Mode:

• Suitable for conditions involving deep tissue lesions.
• Activates cellular biostimulation processes.
• Supports tissue regeneration and reduces recovery time for mobility.

Pulsed Emission Mode:

• Ideal for acute conditions.
• Provides anti-inflammatory effects with low thermal impact.
• Promotes rapid tissue regeneration and cellular balance maintenance.
• Enables controlled vasodilation and improved recovery of the inflammatory process.