ALMA ACCENT DEIONIZATION DI WATER FILTER, DI WATER CARTRIDGE ALFI1119, B20

Most aesthetic laser and IPL machines use water to cool important internal components. These components may include the laser head, flash lamp, rod, flow tubes, and additional cooling pathways. The water pump moves cooling water throughout the machine to help prevent overheating.

This water filtration cartridge helps maintain proper cooling water quality while reducing dissolved solids inside the system. This process helps protect sensitive internal components from electrical static and shock damage.

Why Proper Water Filtration Is Important

If positively charged ions continuously enter the machine, they may create electrical static or electrical shocks that can damage internal components. Additionally, minerals such as calcium, magnesium, and sodium may leave residue inside the cooling system over time.

Apart from a particle filter, maintaining the Alma Accent DI Water Filter in good condition is important for reducing dissolved solids and helping maintain clean cooling water throughout the system.

The DI water filtration process helps keep the water clean while reducing residue buildup inside aesthetic laser and IPL equipment. It also helps reduce the risk of positively charged ions damaging sensitive machine components.

Protecting Your Aesthetic Laser Equipment

The primary purpose of the Alma Accent DI Water Filter is to help maintain negatively charged ions within the cooling water. However, part of the water entering the machine may bypass the DI filter depending on system design and travel directly into the machine.

For this reason, Parts4Laser recommends keeping all cooling system components in good condition whenever possible. Proper maintenance of the DI Water Filter and additional cooling components may help reduce costly repairs, equipment downtime, and premature component failure.

For best results, Parts4Laser recommends replacing the Alma Accent DI Water Filter every 6–12 months depending on system usage and water quality conditions.