Honor Ice
Honor Ice is a professional triple-wavelength diode laser system designed for clinics that require dependable performance, rapid treatment delivery, and continuous daily operation. It supports effective hair removal across a wide range of skin types with a strong focus on comfort and consistency.
High-speed performance & system stability
Designed for high-volume clinical use
Honor Ice is positioned for practices that prioritize throughput, reliability, and long operating hours.
• Built to support continuous operation without performance degradation
• Optimized for clinics with high patient turnover
• Supports efficient scheduling through fast treatment capability
• Durable system architecture suited for daily, extended use
This design makes Honor Ice well suited for busy clinical environments where stability and efficiency are critical.
How Honor Ice works
Honor Ice delivers diode laser energy at three distinct wavelengths, each interacting with hair follicles at different tissue depths.
• Laser energy is absorbed by melanin within the hair shaft
• Heat is conducted to the follicle to disrupt regrowth capability
• Deeper wavelengths reach follicles embedded further within the dermis
• Energy delivery is synchronized to minimize surface heat accumulation
This process enables effective follicle targeting while preserving surrounding skin structures.
FAQ
Honor Ice is ideal for high-volume clinics and medical aesthetic practices that require fast treatments, long operating hours, and stable performance.
Yes. The 1064 nm wavelength allows safe treatment of deeper follicles and darker skin types when appropriate parameters are selected.
Yes. Its cooling system and power architecture support extended, uninterrupted use throughout the day.
Most protocols require 3–4 sessions, depending on hair density, growth cycle, and treatment area.
Clinical data
Honor Ice is supported by established clinical research validating diode laser hair removal using 755 nm, 808 nm, and 1064 nm wavelengths. These wavelengths are widely documented for their effectiveness in targeting hair follicles while preserving surrounding tissue integrity.
Before / After
