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Mountable Dispensing System
Easily integrated into automated lines or bench-top systems
Handheld & Mountable Dispensing Systems
Easy to operate, ergonomic designs for handheld dispensing
Dymax® offers handheld and mountable dispensing systems for manual or automated dispensing processes. Our dispensing systems are available with disposable fluid path, diaphragm, needle, and spool valves.
Disposable Fluid Path Valves - Contaminate-Free Dispensing
Dymax® disposable fluid path valves are uniquely engineered to prevent material contamination. The disposable fluid path carries materials from the material reservoir to the dispense tip, sealing fluids in the fluid path. This prevents the fluid from coming in contact with the valve's inner components and ensures a contaminate-free dispensing process. The fluid path is easy to replace and requires minimal clean-up, allowing for rapid material changeover.
Diaphragm Valves - No Fluid Contamination with Less Maintenance
Diaphragm valves are ideal for dispensing light-curable materials, solvent-based products, and reactive materials like cyanoacrylates and anaerobics because the internal design of the valve prevents fluid from coming in contact with the valve's actuating components. This drastically minimizes valve maintenance and production down-time.
Needle Valves - Extreme Precision Dispensing
Needle valves are designed to deliver precise dots or very fine beads of low- to medium-viscosity fluids. Dymax® needle valves feature a stroke adjustment which allows for fine-tuning of the dispense volume and ensures precise and consistent deposits. Handheld and mountable models are available.
Spool Valves - Accuracy with Suck-Back Control
Spool valves are ideal for automated dispensing systems and are designed to accurately dispense a variety of medium- to high-viscosity fluids. The valves' accuracy comes from two main features: suck-back control and adjustable flow control. The suck-back feature assures consistent, stingless dispensing of tackier materials and prevents droplets from remaining on the dispense nozzle when using lower viscosity materials.
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