The non-crystal diode laser hair removal system refers to a type of hair removal technology that utilizes a diode laser without the use of a crystal component. This system offers several advantages over traditional laser hair removal machines.

One example of a non-crystal diode laser hair removal system is the AresLite® DM40. This machine is designed with a lightweight and ergonomic handpiece, as it does not contain a crystal inside. The absence of the crystal significantly reduces the weight of the handpiece, making it more comfortable for operators to hold during extended periods of use.

The non-crystal design of the DM40 also allows for more efficient laser energy delivery. Without the crystal, the laser energy is delivered with less loss, resulting in a 99% transfer rate and more effective hair removal. Additionally, the reduced number of components in the handpiece decreases the likelihood of failure, leading to a lower failure rate compared to traditional machines.

The DM40 utilizes Fast-axis collimator (FAC) lenses from LIMO, which help focus the laser beam. Machines without FAC lenses experience faster laser energy loss and beam divergence, making the DM40 more efficient in delivering laser energy.

Furthermore, the DM40 incorporates Super Intensity Fast Hair Removal (SIFHR) technology, a proprietary technique that combines high-frequency pulses with focused energy to quickly burn hair follicles. This technology enables the DM40 to operate at a frequency of 20Hz, allowing for faster treatment of large areas compared to many other machines in the field.

In summary, the non-crystal diode laser hair removal system, exemplified by the AresLite® DM40, offers advantages such as lightweight design, efficient laser energy delivery, lower failure rate, and fast treatment speed. It is a cutting-edge technology that provides effective and comfortable hair removal results.