Fluid is transferred using a single diaphragm (rubber or PTFE) in this pump type.

This model is suitable for water treatment, sewage processing, or injection of boiler or air conditioning chemicals.

A diaphragm rupture alarm sensor can be added. Depending on the choice of the buffer fluid in the intermediate chamber, it is possible to minimize the loss incurred in case of diaphragm rupture.
This model provides a high level of safety for transferring toxic fluids plus the diaphragm has a longer life because the stress applied to the front diaphragm is distributed.

This type uses operating oil, such as silicone, in the cavity between the diaphragm and the piston and features an embedded relief (safety) mechanism. This design is effective for fluids that should not be in contact with the open air.

This High-Precision Type is capable of discharging a constant volume despite pressure fluctuations on the injection side. It is often used in High-Pressure applications such as petrochemical processing because this type is capable of discharging at a pressure higher than the Direct Drive Diaphragm Type or the Double Diaphragm Type.

Similar to the Double Diaphragm Type, this type shares many of the features of the Hydraulic Diaphragm Type with an additional diaphragm.

This design does not require a bulkhead inside the pump chamber on the fluid transfer side, making it suitable for metering injection in High-Pressure lines of high viscosity fluids or slurries.

With this type, fluid is transferred by applying volume displacement inside the cylinder using the reciprocating motion of the plunger.

This type is capable of High-Precision, High-Pressure injection without being affected by pressure fluctuation.