World-class manufacturer of precision fluid dispensing equipment.


Equipment ranges from air-powered, microprocessor-based benchtop dispensers and positive displacement systems to low-maintenance dispense valve systems for production lines and for XYZ dispensing systems. All EFD disposable components including reservoirs and dispense tips are manufactured in EFD silicone-free facilities.

Production and manufacturing engineers can select from a range of equipment to improve benchtop bonding operations or to configure their own assembly fluid dispensing system for automated production lines. In either case, EFD offers an unconditional performance guarantee and the application assistance to make it happen.

All types of assembly fluids (such as cyanoacrylates, light-cure adhesives, epoxies, solvents, grease, sealants, threadlockers, solder pastes or brazing pastes) are applied in controlled, consistent amounts. Our customers experience reduced fluid use, increased production yields and a substantial cost reduction in their bonding, gasketing and sealing operations.

** Featuring Low Volume Low Pressure (LVLP) Technology **

Download LVLP White Paper

LVLP technology offers medical device manufacturers an accurate, cost-effective coating method that will increase yields, reduce production costs, and improve process control. Simple to install and operate, LVLP coating systems can be used to improve a wide variety of semiautomated and fully automated coating processes, with the flexibility to handle many different coatings and viscositie

LVLP coating systems consist of a precision spray valve, a microprocessor-based valve controller and a fluid reservoir. They operate on compressed air or compressed nitrogen, and electricity. The spray cycle can be initiated by either a 5-24VDC signal or mechanical contact switch.

The spray valve is an air-actuated needle type valve with two air inputs – one to actuate the valve, and one to control fluid distribution. The Low Volume Low Pressure design uses a low fluid flow rate so that only very low air pressure is required to apply the fluid as a soft spray. This approach provides high transfer efficiency without overspray or mist. A variety of spray patterns can be produced by changing the nozzle and air cap.