Hair removal laser NEMESIS

vascular lesion treatmentdiodetrolley-mounted

Product overview
The CPMT NEMESIS is a US FDA‑cleared laser workstation designed for professional hair removal and vascular‑dependent lesion treatments. It is the first CPMT system to use four interchangeable handpieces to address a wide range of hair types, skin tones and treatment depths.

Benefits

• Broad treatment range: suitable for many hair types and skin tones.
• Targeted performance: enables precise energy delivery to the treatment zone.
• Patient comfort and safety: engineered to reduce discomfort and minimize side effects.
• Efficiency: supports fast treatment sessions and clinical throughput.
• Clinical versatility: applicable to hair removal and selected benign vascular lesions.

Key Features

• Interchangeable handpieces: four dedicated handpieces with specific wavelengths for targeted indications.
• Wavelengths and indications:
  
  • 755 nm: indicated for fine, lighter hair.
  • 808 nm (Diode Laser): standard wavelength for hair removal across multiple skin types.
  • 1064 nm: indicated for deeper follicles and darker skin tones.
  • Simultaneous triple wavelength (755-808-1064 nm): combines the three wavelengths for expanded treatment options, including vascular-dependent lesions.
• Delivery mode: low-fluence, high-frequency pulses for gradual heating and controlled energy deposition.
• Uniform energy distribution to optimize clinical outcomes.

Clinical and conformity notes

• US FDA-cleared workstation.

Technical specifications

• System type: multi-wavelength laser workstation for hair removal and selected vascular-dependent lesion treatments.
• Handpieces: four interchangeable handpieces, each dedicated to a specific wavelength.
• Available wavelengths: 755 nm, 808 nm (diode), 1064 nm; optional simultaneous triple-wavelength delivery (755-808-1064 nm).
• Delivery method: low fluence with high-frequency pulses for gradual heating.
• Indications: permanent hair reduction across a wide range of hair types and skin tones; treatment of benign vascular and vascular-dependent lesions.
• Design focus: safety, comfort, precision, speed and clinical versatility.