Volumetric dispensing systems

Volumetric Dispensing Systems

Volumetric dispensing systems deliver precise, repeatable adhesive application across a wide range of industrial processes. By using advanced mechanisms such as positive displacement pumps, rotary valves, and peristaltic pumps, these systems control the dispensed volume with exceptional accuracy. This ensures the reliability and consistency required for modern high-performance manufacturing.

Rotor Pump Dispensers

Rotor pump systems utilize a rotating displacement mechanism to achieve high precision and repeatability. Ideal for applications requiring exact control of small to medium drop or bead dispensing, they are widely used in industries where consistency is critical.

Peristaltic Dispensers

Peristaltic dispensers are designed for non-thixotropic materials and provide flexibility in both manual and semi-automatic operations. These systems are well-suited for applications that require precise volumetric control and adaptability to varying viscosities and flow demands.

Volumetric Dispense Valves

Volumetric dispense valves deliver consistent drops with minimal variability, even under changing conditions such as adhesive viscosity or temperature. They are especially effective with light cure acrylic adhesives, ensuring reliable dosing in high-precision environments.

Rotary Dispense Systems

Rotary dispense systems synchronize control over syringes, cartridges, or dispense valves for efficient and repeatable adhesive placement. These systems improve productivity in high-volume manufacturing lines by guaranteeing consistent, accurate dispensing.

Integrated Semi-Automatic Dispensers

Integrated semi-automatic dispensers combine dispensing control and reservoir management into one compact unit. Capable of independently or simultaneously managing multiple outputs, these systems provide precision, flexibility, and efficiency across diverse industrial applications.

With Henkel’s volumetric dispensing systems, manufacturers benefit from accurate dosing, improved efficiency, and reliable adhesive performance in both low- and high-volume production environments.