ROBOCOL offers a wide range of industrial dosing solutions, from industrial robots to high-precision metering valves, designed to meet the demands of the most challenging production environments.
The AD520M metering valve is a high-precision valve made of electropolished stainless steel, specifically designed for applications requiring an impeccable finish, perfect flow control, and optimal repeatability. Ideal for dosing liquids and semi-solids, the AD520M enables microdosing, the production of fine, uniform droplets, and the dispensing of small quantities with high precision. Its advanced technology allows for extremely precise flow calibration, ensuring a clean, controlled, and consistent application, even for the smallest volumes.
This single-acting metering valve features a flow adjustment scale, providing easy precision and excellent reproducibility of dosing parameters. Its electropolished stainless steel construction offers increased resistance to chemical attack, extended service life, and reduced adhesion of sticky products, thus simplifying cleaning and maintenance.
The valve tip is compatible with all types of needles, allowing for precise dispensing depending on the application, product, and part geometry.
The valve tip is compatible with all types of needles, allowing for precise dispensing depending on the application, product, and part geometry. Industrial Applications
The AD520M valve is ideal for industries requiring high-precision dosing:
Electronics and microelectronics
Medical and healthcare devices
Cosmetics and perfumery
Plastics processing and precision assembly
Adhesives, sealants, and microfilling
Key features of the AD520M dosing valve:
Ultra-precise dosing of microdroplets and fine beads
Compatible with liquid and semi-solid products
Precise flow rate adjustment via dial
Electropolished stainless steel: chemical resistance and optimal cleanliness
Adaptable to all types of needles
Ideal for applications requiring a perfect finish
A reliable, precise, and durable dosing solution, perfectly integrated into automated systems or ROBOCOL robotic cells.
For more information, please visit www.robocol.com