safe in ovo vaccination
Vinovo takes in ovo vaccination to a new level through the integration of a set of innovative machines. These machines detect and separate the viable embryos from the non-viable embryos, vaccinates live embryos and transfers the vaccinated viable eggs to the hatchery. Together, this technology provides the process and technique to work towards better protected and healthier birds.
Delivering vaccines accurately to a precise location within the egg. Excluding the non-viable eggs – which can hold pathogenic bacteria – to ensure the highest possible level of hygiene; and saving vaccine through accurate delivery to only viable eggs.
Better
protected
& healthier
birds
VINOVO PRODUCT LINES
FLEX INJECT
Vinovo Flex Inject™ is developed as a diverse alternative to the already existing Vinovo Select Inject. The Vinovo Flex™ includes the advanced features of Vinovo while offering greater flexibility. The Flex is diverse in nature due to the ability to handle any setter tray configuration on the market. A dynamic set up means that the Flex can act as a mobile and standalone solution or can be integrated into a fixed transfer line as well. Hatcheries of any size and age are able to benefit from in ovo vaccination with the use of the Vinovo Flex.
SELECT INJECT
Vinovo Select Inject™ allows for greater confidence when it comes to the effective vaccination of the embryo. Through the fully integrated set up created with the Live Embryo Detection Unit and Select Transfer unit, a highly advanced transfer process is achieved. The Vinovo Select Inject™ features patented re-alignment technology, ensuring that each egg is positioned straight whilst being injected, resulting in highest accuracy of in ovo vaccination.
VINOVO TECHNOLOGY
SYSTEM
the eggs shell and an inside needle to dose the vaccine,
ensures that each vaccination is given consistently and safe
at the right location inside the egg. This is a proven technology
that prevents damage or blockage of the needle and
guarantees a durable and safe method of vaccine
administration.
needle
sanitation
sanitized and disinfected after each injection.
This ensures a bio-secure vaccine administration
and reduces the risk of cross-contamination
from egg to egg.
Inject
technology
intelligent Live Embryo Detection™. With the accurate
classification of eggs, the viable eggs only undergo
the vaccination process which optimizes hygiene.
The harmful, non-viable eggs remain untouched
in the setter tray preventing the cross contamination
across the surrounding viable eggs and vaccination
equipment. This ensures a bio-secure in ovo
vaccination process.
saving
technology
only eggs with a living embryo receive an injection
and not the non-viable eggs. In turn this means that
vaccine is not wasted on the non-viable eggs,
reducing vaccine wastage compared to traditional
candling or egg remover systems.
technology
repositioning the viable eggs in a perfect straight
position prior to injection. This is done by means of
patented egg holders, which lift only the viable eggs
gently from the setter tray and re-aligns them
individually underneath the injection tooling.
This ensures that each viable egg is punched at the
top and center of the egg and the needle is moved
to the correct compartment inside the egg
(amnion cavity or embryo) to deliver the vaccine.
Resulting in an effective vaccination.
needle depth
fluctuate with the varying egg sizes per flock.
flock egg size. The possibility to adjust the needle
depth improves the accuracy of vaccine placement
and thus protection of the birds.
controlled and guaranteed and needle blockages
are detected. This is all achievable through the means
of real-time monitoring of each individual needle to
quality control the vaccine, sanitation protocol and
needle, overall improving on efficiency
and productivity.
SYSTEM
the eggs shell and an inside needle to dose the vaccine,
ensures that each vaccination is given consistently
and safe at the right location inside the egg. This is a
proven technology that prevents damage or blockage
of the needle and guarantees a durable and safe method
of vaccine administration.
needle
sanitation
sanitized and disinfected after each injection.
This ensures a bio-secure vaccine administration
and reduces the risk of cross-contamination
from egg to egg.
technology
intelligent Live Embryo Detection. With the accurate
classification of eggs, the viable eggs only undergo
the vaccination process which optimizes hygiene.
The harmful, non-viable eggs remain untouched
in the setter tray preventing the cross contamination
across the surrounding viable eggs and vaccination
equipment. This ensures a bio-secure In-Ovo
vaccination process.
saving
technology
only eggs with a living embryo receive an injection
and not the non-viable eggs. In turn this means that
vaccine is not wasted on the non-viable eggs,
reducing vaccine wastage compared to traditional
candling or egg remover systems.
technology
repositioning the viable eggs in a perfect straight
position prior to injection. This is done by means of
patented egg holders, which lift only the viable eggs
gently from the setter tray and re-aligns them
individually underneath the injection tooling.
This ensures that each viable egg is punched at the
top and center of the egg and the needle is moved
to the correct compartment inside the egg
(amnion cavity or embryo) to deliver the vaccine.
Resulting in an effective vaccination.
needle depth
injection tooling be configured to fluctuate with the
flock egg size. The possibility to adjust the needle
depth improves the accuracy of vaccine placement
and thus protection of the birds.
controlled and guaranteed and needle blockages
are detected. This is all achievable through the means
of real-time monitoring of each individual needle to
quality control the vaccine, sanitation protocol and
needle, overall improving on efficiency
and productivity.
Fully integrated
Live Embryo Detection
Identifies:
Living embryos
Infertile eggs
Early dead embryos
Late dead embryos and rotten eggs
Select Transfer
Transfer Technology:
Transferring viable eggs
Excluding the non-viable eggs
Reducing contamination at hatchers
Improving bio-security
synergistic collaboration
