ECI-T4 Needle-Free Injector Makes Overseas Debut at Russia's AGRAVIA 2026 Exhibition

AGRAVIA 2026 will be held at the Crocus International Exhibition Centre from 21 to 23 January 2026 in Moscow, Russia, marking the event's eighteenth edition. The AGROS exhibition brings together global professionals and manufacturers across sectors including livestock equipment manufacturers, feed producers, animal husbandry technology suppliers, and livestock consultancy firms. The exhibition spans diverse sectors within animal husbandry and aquaculture, including poultry farming, pig farming, dairy production, beekeeping, and aquaculture. As a leading enterprise in veterinary medical equipment, our company will showcase its high-tech product – the ECI-T4 Veterinary Electronic Needle-Free Injector – as a key highlight at this year's event. Our ECI-T4 Veterinary Electronic Needle-Free Injector has been specifically developed for animal use, aiming to provide industry professionals with a safer, healthier, more convenient and efficient vaccination method.

Needle-free injection technology (NFIT) originated in the 19th century, referring to a drug delivery technique whereby medication forms a high-velocity jet under pressure, penetrating the skin to reach an appropriate depth. It was not until 1936 that the first patent for a modern needle-free jet injector (NFJI) appeared. Currently, needle-free injector is gaining increasing prevalence in the field of animal healthcare, with a growing number of veterinary practices and livestock farmers adopting this novel vaccination method. 

The ECI-T4 Veterinary Electronic Needle-Free Injector employs aerospace-grade high-speed electromagnetic technology to deliver medication via intradermal injection. Compared to traditional pneumatic needle-free injectors, this electric device causes minimal trauma, reduces animal stress responses, and prevents bleeding at the injection site. Regarding battery life, a fully charged device can perform 1,800 injections, whereas pneumatic needle-free injectors typically manage only 1,000 injections. Furthermore, this device eliminates the risk of purulent necrosis occurring in vaccinated animal carcasses—the needle-free injector generates minimal granulation tissue within the epidermis. Most importantly, there is no concern regarding the impact of needle fragments residual in meat on food safety.

Overall, the trend towards using needle-free injectors is becoming increasingly evident, both for livestock farmers and the animals themselves. The advantages of ECI-T4 Veterinary Electronic Needle-Free Injector are proving more pronounced in practical application:

(1) Prevents cross-infection, interrupting the bloodborne transmission route of pathogens

(2) Eliminates broken needle residue, abscess formation, and food safety risks

(3) Delivers longer-lasting and more effective immune responses, reducing vaccine dosage and lowering immunisation costs

(4) Eliminates needle changes, features automatic sterilisation, marks and expands injection sites, boosting injection efficiency by 2-3 times

(5) Ensures stress-free immunisation and accelerates growth rates