Pacer One Pro
Pacer One Pro is a high-power portable diode laser system designed for clinics that require enhanced performance in a compact format. It supports efficient hair-removal treatments while maintaining flexibility in room setup and workflow.
High-Power Portable Triple-Wavelength Diode Laser Hair Removal System
Pacer One Pro is positioned as an upgrade for practices that need stronger output without moving to a full-size platform.
• Higher energy capacity supports faster treatment times
• Expanded treatment coverage improves efficiency on larger areas
• Portable design allows use across multiple rooms or locations
• Suitable for clinics seeking performance beyond entry-level systems
This positioning makes Pacer One Pro ideal for practices balancing mobility with elevated treatment demands.
How Pacer One Pro works
Pacer One Pro delivers diode laser energy that interacts with hair follicles through controlled thermal absorption.
• Laser energy is absorbed by melanin in the hair shaft
• Heat is conducted to the follicle to disrupt regrowth capability
• Energy parameters are calibrated to reach follicles at varying depths
• Surface exposure is managed to reduce epidermal stress
This process enables effective hair reduction while preserving surrounding tissue.
FAQ
Pacer One Pro offers higher power options, a larger spot size, and faster treatment capability while maintaining the same portable format.
Yes. The inclusion of the 1064 nm wavelength allows safe treatment of deeper follicles and darker skin types when appropriate parameters are selected.
Pacer One Pro is ideal for mobile practitioners, multi-room clinics, and practices requiring high performance in a compact system.
Most treatment protocols require 3–4 sessions, depending on hair density, growth cycle, and treatment area.
Clinical data
Pacer One Pro is supported by established clinical research validating triple-wavelength 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
