Valve for Consistent, Minimum Volume Microdot Dispensing

SV59MD

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SET (San-ei Tech)

Needle Valve

The SV59MD is a microdot dispense valve with excellent high-speed driven capabilities, designed for consistent minimum volume dispensing in microdot applications. It can apply small to extremely minute dots and achieves its highest performance when combined with an optional high-speed solenoid valve, which ensures precise and drip-free operation. The valve operates as input air pressure retracts the piston needle from the hub of the dispensing tip to permit fluid to flow; once the cycle is completed, a spring returns the piston needle to shut off the fluid. It is designed for use with GP Needle tips ranging from 23G (ID: ø0.33mm) to 33G (ID: ø0.11mm).

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Features

  • Microdot Application - Designed for consistent minimum volume dispensing of small to extremely minute dots.
  • High-Speed Operation - Features an excellent high-speed driven design for fast cycle times.
  • Precise & Drip-Free - Ensures precise and drip-free operation when combined with an optional high-speed solenoid valve.
  • Fine Needle Tip Compatibility - Designed for use with GP Needle tips ranging from 23G (ID: ø0.33 mm) to 33G (ID: ø0.11 mm).
  • Durable Construction - Features an air cylinder and needle made from SUS303, with PTFE, FKM, and PP used in the fluid path.

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Specifications
Item Specification
Size 1.06" (φ27 mm) Diameter × 3.11" (79 mm) Height
Weight 7.5 oz (213 g) [excluding inlet fitting]
Material (Body/Needle/Chamber) 303 Stainless Steel
Internal Seals PTFE, FKM
Syringe Fitting Materials 303 Stainless Steel, FKM, Polypropylene
Thread Connections M5 (Fluid Inlet), M6 (Air Inlet)
Valve Operating Air Pressure 60 – 90 psi (0.4 – 0.62 MPa)
Max. Fluid Pressure 102 psi (0.7 MPa)
Dispensing Tip Options GP Needle Tips: 23G (0.013" ID) to 33G (0.004" ID)

How the Valve Operates

Air pressure retracts the piston needle from the hub of the dispending tip, allowing fluid to flow (Figure 1). When the cycle completes, a spring returns the piston needle to its seated position, shutting off fluid flow (Figure 2).

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