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Odorless IVD | Sterile | pH 6.8-7 Storage: 2-12 °C Specially distilled water for laboratory testing, purified in every aspect. Turbidity 5 NTU | Salinity 0 ppm | TDS 0.01 ppm Carbonate < 0.01 ppm | Bicarbonate < 0.01 ppm | Chloride < 0.01 ppm Nitrate < 0.03 ppm | Sulfate < 0.01 ppm For external use. Where is Distilled Water Used? Distilled water is a type of water preferred in various sensitive applications due to its high purity level. In laboratories, distilled water is used to ensure reliable results in experiments and analyses. This type of water does not carry any risk of contamination in experiments and tests because it is free from minerals and pollutants. In the healthcare field, distilled water plays an important role. Medical devices used in hospitals and clinics require the use of distilled water because it helps prevent the accumulation of minerals and pollutants inside the devices. What is the Difference Between Pure Water and Distilled Water? Although these terms refer to concepts that express the purity of water, they have some important differences. Pure water generally refers to water that does not contain any chemicals, pollutants, or foreign particles. Water obtained from natural sources or cleaned through various purification methods is considered pure. However, this term can encompass a wide variety, and the purity level of the water may vary depending on the purification method used. Distilled pure water, on the other hand, is a type of water obtained through a special purification method known as distillation. Distillation is the process of boiling water and condensing its vapor back into liquid form. This process effectively removes dissolved salts, minerals, and other pollutants from the water. Distilled water is commonly used in laboratories, medical applications, or sensitive devices because its purity level is extremely high. The fundamental difference between the two types of water is that the purity level of distilled pure water is much higher. Pure water may have been cleaned through various purification methods but can still contain some dissolved substances or minerals. Distilled water, thanks to the distillation process, is purified from almost all impure substances.

Multi-station ultrasonic cleaning systems are ideal for cleaning products classified as "heavily soiled" or challenging to clean. These systems consist of at least two stations and can be extended to seven stations depending on the required cleaning stages. Equipped with additional functions such as pre-washing and drying, these machines are designed to meet user-specific needs, with customized functions built into the system. Typically, these systems include the following stages: Stage One – Pre-Washing: This initial stage uses hot water as a pre-treatment to loosen dirt from the surface. Detergent can be added depending on the cleaning needs. Stage Two – Main Ultrasonic Washing: The main cleaning occurs in this stage using ultrasonic waves. Depending on the material's contamination level, multiple main washing lines may be included. Stage Three – Rinsing: At this stage, the detergent on the material’s surface is softened with water, aiming to maintain a neutral pH level. Purified water is often used in rinsing systems for optimal results. Stage Four – Drying: The final stage removes water and moisture, effectively drying the products. Various drying methods can be employed, such as hot air blowing, vacuum drying, and ultraviolet drying.