Your Reliable veterinary ultrasound machine manufacturer in China
If your veterinary hospital or animal farm need to import or import veterinary ultrasound machines, then Plen Medical will be your best choice to help you finish animal diagnostic ultrasound work!
Plen Medical is one of the leading veterinary ultrasound machine manufacturers, and all of our veterinary ultrasound machines meet the needs of different types of animals.
From Plen Medical, you can find and buy veterinary ultrasound machines for small animals, large animals, vets, livestock, and farm animals at a competitive price.
Veterinary Cart Based Ultrasound
Portable Veterinary Ultrasound
Handheld Veterinary Ultrasound
If your veterinary hospital or animal farm need to import or import veterinary ultrasound machines, then Plen Medical will be your best choice to help you finish animal diagnostic ultrasound work!
Our support teams are available to help with product requirements and answer any questions, please give us a call at +86 183 7319 9676 or contact our team to discuss your requirements.
Do you know why animals need an ultrasound?
Or do you know what types of ultrasound can be used for different animals?
How much does the veterinary ultrasound cost?
Finally, how to choose a suitable veterinary ultrasound machine for different animals?
If you want, in this article, let’s take a look at the answers to all the above questions.
The simple animal ultrasound definition would define the process as an imaging technology used to detect the internal structure of the animal body to get a glimpse of its anatomy.
It is also known as veterinary ultrasonography or animal sonography.
The animal ultrasound technique utilizes ultrasonic sound waves to capture the images of the organs.
These ultrasonic sound waves have a frequency range of 1.5 to 15 megahertz, and these sound waves get echoed from the organs coming in their path to present their image.
Various types of image formats appear following the technique of ultrasound in animals. The B-grade scale is the most common one in the list of ultrasound image formats.
The ultrasound wave is transmitted to the animal body through the application of animal ultrasound gel.
The process also uses a transducer that converts the ultrasound waves into a beam. The transducer is connected to the animal body to pursue the process.
Once it acquires the sound wave, it transmits it to the receiving mode. The good pulse is then reflected from the denser parts of the internal body towards the transducer.
The echo intensity of time taken to return from the echo and its orientation varies according to the transducer’s factors.
All this information is recorded in an ultrasound machine and then collectively creates the resultant image of the animal’s internal body structure and tissues.
The picture of ultrasound depends upon the depth of tissue layers as well. The standard depth is around 24 cm, by which scanners can work efficiently.
In animals, the ultrasound can also be performed after minimal sedation for accurate results.
Veterinarians often use ultrasound to detect tumors, cysts, injuries, etc. It is also considered safer than X-rays.
The ultrasound mechanism has a full-fledged technical system, including a CPU that operates the overall process.
Transducers are the devices used to produce the ultrasonic waves of optimal frequency for this process. The CPU and transducer remain connected, and the former transfers electric current pulses to the latter.
The transducer can also be identified as a probe, and it composes various piezoelectric crystals that use a magnetic effect phenomenon.
The crystals maintain an irregular motion while vibrating in the presence of electric current to reshape themselves continuously.
The vibrations of piezoelectric crystals produce sound waves which are transmitted to the animal’s body. The transmitted sound waves travel through the body of the animal and detect its anatomy.
The veterinary sonography techniques also apply a transmission gel on the body surface of the animal. The ultrasound waves collide with the parts, organs, or tissues coming in their way.
A proportion of collided sound waves travel back to the transducer, while the sound waves don’t clash travel further until they also find an obstruction to echo back.
Till now, the transducer gets converted to the receiving mode. Small animal ultrasound also goes with the same process or mechanism.
When the sound waves travel back to the transducer, it accepts them to show on the CPU.
The effect of piezoelectric crystals increases from the echoed sound waves, and they further produce electric currents, which are transmitted back to the CPU for analysis.
The electric current works as the messenger, and its strength, time, distance, etc., are used to present a 2-D image that provides the structure and depth of the anatomy of an animal’s body.
In a general way, the vets use ultrasound to detect and evaluate the internal structure of the animal body. It provides essential help in determining the condition, severity, and position of the disease or disorder.
Ultrasounds can use it for detecting cysts, tumors, and other types of infections. Vets mainly apply it during pregnancy to see the condition and number of the fetus in the animal uterus.
Animal uses of ultrasound align with inspection of any ingested foreign body by the animal.
The ultrasound is also applicable in checking the cardiac function, enlargement of any organ, or quality of blood flow in the animal.
The animal ultrasound also provides the advantage of assessing the animal body without involving any other image modalities.
If the pet is suffering from weight loss, diarrhea, vomiting, fluid build-up, etc., then a pet ultrasound procedure is also done by the Vet to find the root cause of the problem.
The ultrasound provides accurate structural imaging for ligament or tendon tears to help veterinary doctors identify and apply the precise treatment.
Another most common use of ultrasound is to analyze the musculoskeletal system, mainly focusing on its soft tissues.
Vets also prefer animal ultrasound as it is a non-invasive procedure and doesn’t require any specific prep up or medication.
It is an exact technique that provides accurate results and makes the whole treatment process more effective and straightforward.
Ultrasound is an affordable procedure and can be done irrespective of animal pregnancy ultrasound purposes.
It is also non-distressing for the animals and pets, making it a more suitable choice. Let’s discuss all the points of animal ultrasound that make it more advantageous over others.
It is a non-invasive procedure that doesn’t require any prior preparation or medication. The process is also painless for the animals and is easy for application, even in exotic animal ultrasounds.
Other procedures like exploratory surgery can cause severe pain and would take months for recovery.
The animal doesn’t have to go through an incision or marking while processing an ultrasound.
The animal ultrasound doesn’t involve any medication or chronic anesthesia, which can cause any side effects in the animals.
The ultrasound is appropriate for providing medicines to small animals.
Analyzing it with other imaging technologies, ultrasound doesn’t cause any adverse effects. Sometimes a small dose of sedation may require bringing the animal at peace or stationary.
Compared to other technologies of assessment, ultrasound is easily accessible. Technological development has made it easier and safer to use while offering extensive accessibility ease.
The machine and compatible devices are also very commonly available and can be used almost anywhere. It ensures compact size and sound portability.
The ultrasound technology has developed in its structure as well as function in a fantastic way. Various ultrasound devices have become very compatible with a lot of other equipment as well.
For instance, it can be combined with X-rays that produce a more effective and accurate diagnosis.
One of the most significant advantages of ultrasound is that it provides real-time images of the anatomy or the internal body, making it more effective to analyze and detect the issue prevalent in the body.
The ultrasound provides quick results that are also entirely accurate. The devices and techniques are also affordable so that it doesn’t cause a delay in treating or analyzing the issue in the body.
Although, the cost of animal ultrasound would vary for several reasons.
The animal ultrasound sound has several types that differ on various factors.
As not every medical concern is the same and not every animal has the same anatomy or body structure, different types of ultrasound are available in the market.
Various ultrasound types fit according to several aspects depending on the optimal conditions in general. The ultrasound can be divided based on the size of the animal.
A small-sized animal requires a different method for their ultrasound compared to large animals. Size affects the type of ultrasound significantly.
Similarly, the ultrasound can also be differentiated according to the kind of color.
The ultrasound can also be defined in various categories according to the animal ultrasound technician and its handling. Let’s discuss them in more detail now.
Let’s begin by discussing the first type, which describes the differentiation of ultrasound per the animal’s size.
The size of the animal directly affects the usability and devices used for the ultrasound procedure.
The larger animals need more significant devices to accommodate the animals, while the smaller animals need small spaces to fit into the machines without any health damage.
The small animal ultrasound denotes the type of small animals, size, and would need specific administration for their procedure.
The veterinary ultrasound small animal machines require wide-angle displays for better presentation.
The animals are small in size, which may cause problems in handling the tools on their body. This is why the doctor should select the small animal ultrasound machine based on its suitable accessibility and proficient flexibility.
The ultrasound of small animals usually requires good portability and facilitates diagnostic ultrasound in small animal practice.
The transducer alignments should be precise and streamlined without causing any damage to the animal. The animal ultrasound can be proven as a tedious process for small size animals.
Large animals include horses, goats, sheep, pigs, etc. The horse ultrasound is the most common type of extensive animal ultrasound done in races and barns. The giant animal ultrasound requires larger surface areas to be covered.
The giant animal ultrasounds are mainly done on large-sized animals who suffer from any issue.
For ultrasound in horses, it can detect the damage to the ligaments or the concentration of the lameness. Digital flexor or deep digital flexor tendon are the significant elements in the large animal ultrasound machine.
The normal tendons and ligaments should have evenly white transverse in the images, which projects the normal condition of the parts.
The modes of ultrasound also differ according to the technician’s uses. The categorization is done based on the type of opted mechanism.
There are mainly two types of machines that provide different results. The mechanism works on their specific set standards and never deviates.
The deviation may cause inappropriate effects, making them less precise and not very useful. The type of technician mainly demonstrates the approach as well as the scope of the ultrasound.
Let’s discuss both the kind of ultrasound based on their technique or mechanism.
The 2D ultrasound denotes the results in a two-dimensional appearance as the images. The X-rays are represented in the standard image. The 2D ultrasound is precise as per the timing and representation, offering complete information.
Although, it lacks the expression of all possible angles in one frame, which may reduce the understanding of the situation to a certain extent.
The 2D ultrasound technology is the most commonly used as it is easier to operate and feasible. It associates with the B-mode veterinary ultrasound.
The 2D ultrasound presents standard images, but these images are taken in real-time and serve to follow the cruciality of the situation.
The 3D ultrasound for animals is more accurate and precise. The name suggests that this type of ultrasound represents the results in a three-dimensional structure. It helps in catching more surface area along with covering better angles for analysis.
The 3D ultrasound is a very effective way of assessing the situations of the internal body for any given condition.
The ultrasound is efficient as it captures the moments and real-time images in more dimensions providing better clarity and understanding.
It also enhances the depth at which the ultrasound can be operated.
Compared to 2D ultrasound, it can be considered as a more effective way of demonstrating the issue.
The veterinary ultrasound can also be differentiated based on its colors of imagined representations.
The imaging representation is done in a black and white form in this type of ultrasound.
The representation of the ultrasound image is done in various colors. These colors represent the blood flow and its speed and different other parameters.
Depending upon the usability and transportation facility, the veterinary ultrasound can be divided into the following parts;
This handheld veterinary ultrasound machine offers manual handling, which facilitates the work in various ways.
A portable animal ultrasound machine makes it easier to carry and operate whenever needed.
A trolley ultrasound machine is easier to move as it is set on a movable trolley. It facilitates the ultrasound done on large animals.
You can look out for veterinary ultrasound near me and discuss the types suited for your pet sonography.
Animal ultrasound near me can be used for any animal you are petting. A wide range of animals, including all sizes and shapes, need medical assistance at some point in time.
They get it if they are lucky enough to be cared for by their surrounding people.
As an imaging technique, ultrasound helps detect various health conditions in different animals with varying severity levels.
Let’s see how additional ultrasounds are done to provide other uses regarding the prevailing circumstances.
Dogs can be said as the most lovable pets and require good care and attention. There are several incidents when a dog may need to undergo an ultrasound.
It can detect any specific health issue like tumor or cyst or primarily for confirming the pregnancy after breeding; they may want to go for a liver ultrasound.
The dog needs proper care, and their veterinarian should use a handled probe connected to a computer to pursue ultrasound.
The area which needs to get ultrasound is covered with transmission gel. The investigation is slid through the site, and the ultrasound is captured by the computer going from the transducer.
You can search dog ultrasound near me and get the best options of puppy sonogram for your little friend.
Puppies may also need to undergo an ultrasound due to specific reasons that are related to their health. The application of ultrasound on puppies would be suitable to identify such issues.
These puppies could be a bit more active, and that’s why they may need a bit of sedation, though it is completely harmless and does not cause any damage.
If your Vet suggests a cat sonogram, then worry not; it is an easy process. A tiny patch of the fur has removed the part, which needs to be used for ultrasound, and then the transmission gel is applied.
The probe will be slid to the individual position, and after that, the computer will generate the real-time image of the given site.
There are several types of ultrasound for cats including, young kitty ultrasound, an ultrasound of a pregnant cat, a cat abdominal ultrasound, cat liver ultrasound, and a cat heart ultrasound.
A goat ultrasound is done by signifying and scanning the part with the probe. It can be used for determining the number of lambs and their health status.
Ultrasound gel is also applied before this step to make the process convenient. An accurate setting is a probe is placed on the hairless area, and its direction goes opposite to it towards the hip.
A pig ultrasound is also done for the reasons mentioned above, including detecting a specific internal structure or confirmation of the pregnancy. To gather the proof, the ultrasound can be done after 19 days of insemination.
But in all optimal conditions, it is advisable to do it mainly after 28 days of breeding. During the pregnancy, the ultrasound of the pig’s abdomen shows fluid-filled pocket-shaped projections inside the uterus.
For a horse, professionals with ample animal ultrasound training are required with all the necessary equipment. Mainly for animals like horses, sedation is needed because they can be very hyper and may act uncooperatively.
Mostly the equine reproductive ultrasound process is aligned with the determination of the reproductive health and tendons. For doing a transrectal ultrasound on a mare, their tail is kept tied around gently, and the rectum is evacuated.
Ultrasound in cattle can be used for diagnosing pregnancy and getting them back on reproductive protocols for breeding. Reproduction and ultrasound examination in cattle go hand in hand.
Ultrasound for cows to detect pregnancy should be taken at least 30 days later.
The palpitation method also works best after 30-35 days of insemination. You can look for preg checking cows ultrasound to confirm your cow’s pregnancy and ensure reproductive health.
These options are also available and suitable for livestock ultrasound.
Almost all of the reptiles can be analyzed through ultrasound manually without much difficulty.
But more giant reptiles like tortoises or large snakes may need sedation to undergo an ultrasound.
For doing an ultrasound on superficial lesions, a higher frequency resolution is required that should be around 7.5 to 12Mhz.
While going for larger animals like tortoises, the transducer should be about 2 to 5 MHz. Ultrasound gel is used in the areas that need to undergo ultrasound for better assessment.
Other than these animals, ultrasound can be performed in various other creatures. There are options like ferret ultrasound, feline abdominal ultrasound, bunny ultrasound, cardiac ultrasound dog, and more.
Besides, these days you can also opt for a home ultrasound for dogs, cats and many more of your beloved pets.
Until now, you know that ultrasound is used to detect animals’ internal structure and body organs.
But ultrasound waves are natural phenomena and are also used by various animals in their day-to-day life for different purposes. Animal use ultrasound to mate, communicate, sense, travel, etc.
Now, what animal uses ultrasound is an excellent question. It is a phenomenon that has been used by animals in their natural state as well.
Various animals naturally produce and use ultrasound which can go to more than 20 kilohertz in its frequencies.
If you are thinking, “which animal uses ultrasound?” or “which animal can hear ultrasound,” then let’s introduce you to some marvels of nature.
The given animal produces ultrasound and also uses it to their aid.
1, First of all, we will talk about oilbirds. They are found in South America and usually live in caves.
They come out during the night and stay in during the day. Their ultrasound frequencies are lower than 20 kilohertz as they aim to echo them successfully.
They use their ultrasound to detect the objects around them and dodge them.
2.After that comes the most commonly known user of ultrasound, the bat. Bats don’t have eyes. They use ultrasound waves to travel or sense the object around them.
The intensity of the ultrasound waves is different for their different species.
3, Next on the list are dolphins and whales, who produce ultrasonic frequency waves. They use them for communicating or contacting each other.
They have these sounds through a structure called phonic lips that are present inside their nasal chamber.
Their ultrasounds are one of the most assumable animal sounds. Ultrasound waves are in frequencies that humans can also hear.
But mostly, their produced waves are higher than 20 kilohertz which is not audible by the human ear.
They have the best animal ultrasound skills as far as it’s found.
4, Another familiar creature found in our home, called mice, has been using ultrasound waves for ages. They produce ultrasound waves for mating reasons, specifically.
They make ultrasonic waves when they sense pheromones of the opposite sex.
Moreover, if you are looking for which animals can detect ultrasound, then the mice in your house would be an expert in it.
5, Moths also use ultrasound waves in their life cycle. They belong to the Noctuidae family and make ultrasonic sounds. They produce these sounds by associating their hind wings specifically on their edges.
Moths also use ultrasound to save their lives. They can hear the ultrasound waves produce by bats and rescue themselves from becoming their food.
Moths that belong to the family of Arctiidae also produce ultrasound waves which they use for courtship and mating purposes.
They produce these sounds by their tymbal organs. As for “what animal can hear ultrasound? a Moth would be the perfect answer.
6, Talking about frogs, you will be surprised to know that they also use ultrasound. They use it basically for communicating purposes. A frog belonging from China named Amolops Tormotus can communicate through ultrasound.
Another frog species found in Borneo named Huia Cavitympanum can also use ultrasound for sharing with fellow creatures. Several frog species that are found in tropical America can detect the ultrasound produced by bats.
They use it as a coping mechanism and for their safety. Upon hearing the ultrasound produced by the bats, they become silent and try to dodge them. They produce them to make mating calls towards the opposite sex.
7, The grasshopper is also an animal that uses ultrasound or ultrasonic waves. The song that we hear from the grasshoppers and other insects at night is primarily in ultrasound waves.
8, Sloths make a sound which is also a type of ultrasound. They use it for various purposes, like attracting the opposite sex and marking their territory.
They make these sounds by their nostrils. They blow air into their nostrils which results in producing ultrasound waves.
The young sloths produce sound with frequency ranging from 1.9 to 2.6 kilohertz, while the older or adult sloths can produce 2 to 8 kilohertz of the ultrasound waves.
Sloths also use ultrasound waves for communicating danger to each other by signaling.
Though many of the animals can hear ultrasound, it’s not necessary for all of them.
Your cat, dog and some other pets come in the category of which animals cannot hear ultrasound. And it’s sometimes good, as the process would be less agonizing for them.
The animal ultrasound pictures present the image of the real-time situation in the internal body parts. The images produced at an animal ultrasound clinic should be precise and accurate to understand the problem better.
That’s why if you search vet ultrasound near me, then you will find specialists who prefer animal ultrasound images to be sorted out in higher resolutions.
The animal ultrasound pictures can be read-only after a good understanding of the anatomy of the animal. Various body organs and tissue conduct themselves on different levels.
Still, for primary consideration, the ultrasonography in animals represents the field in black parts while the tissue is seen in grey parts.
At the same time, the brightest part means the bone. Your animal ultrasound technologist would help you understand the sonography and the persisting condition of your pet.
If you are thinking, how much does a pet ultrasound costs, then the animal ultrasound cost depends on various factors like the area, Vet, animal size, etc., but if you want to buy animal ultrasound, then average costs would be as follows
The average cost of animal ultrasound services from a reputed vet is around $400 to $600. This cost differs according to other factors as well.
For instance, if you search pet ultrasound near me, the results could show you options with a vast price range difference.
One of the significant factors affecting the price is animal ultrasound technician salary and the cost of equipment.
An animal ultrasound machine’s price depends upon its features.
With better functionality, the cost of the device will be higher. If we consider average machine costs with all the essential elements, it can be around $25,000 to $40,000. Look out for cheap animal ultrasound machines to save costs.
The cost of dog ultrasound is around $300 to $350 if you seek help from a general veterinarian practitioner. The price of mobile ultrasound for dogs would vary.
It ranges from around $300 to $600; the higher end is for specialists.
It goes the same as the dog’s ultrasound, ranging between $300 to $400.
It ranges from around $400 to $500, depending upon the type of practice.
For culled ewes, it starts with $85 per head.
It is around $250, which may vary according to the type of pig.
The range starts from $100 to $125 and can go higher up to $500.
According to the service provider, the best goat ultrasound may range from $50 at the beginning.
The ultrasound for livestock or cattle starts at $100 and can go as high as $200.
It begins from $100 and can go higher up to $300.
Animal abdominal ultrasound is one of the most popular options demanded by pet owners. These procedures inculcate small animal abdominal ultrasound methods and large animal abdominal ultrasound as well.
There are plenty of brands available in the industry which claim to offer the best results. But it is not easy to decide which works the best.
That’s why discussing the process of choosing a veterinary ultrasound machine is needed.
Continuous development in animal ultrasound technology has also innovated several methods. Now there are options like mobile pet ultrasound, which can be even faster.
So let’s see all the factors that help us to determine the best veterinary ultrasound machine.
The transducer or the probe is used on the area which needs to be examined through ultrasound. It is an essential part of the machine as it creates imaging on the screen.
To choose the best type of probe, the main factor you should choose is the type of patients a technician will evaluate.
If you are working with small animals, then the search should be easily accessible to all parts, while if you are working with large animals, the probe should be according to that.
Taking an average examination that falls between 3Mhz to 9Mhz is advisable. With time and budget, you can purchase the right animal ultrasound equipment.
The type of ultrasound machine also depends upon the functionality. It would help if you considered whether you would require standard functionality or advanced functionality while performing ultrasound or not.
If you will be working with more accessible approaches, then basic functionality is acceptable for you. There are various functions available in the ultrasound machine that also affect their efficiency and performance.
Some ultrasound machines come with preloaded presets. These preset make the work more accessible and less time-consuming. The streamlined flow of the work also enhances the ease of use.
At the same time, some ultrasound machines offer adjustments to the settings according to the user.
The portability ensures that you can use the ultrasound machine on various levels and at multiple moments. An animal ultrasound portable machine will be easier to handle as well as easier to carry.
According to the features, the cost of animal ultrasound machines also varies. If you have a fixed budget, you need to pay significant attention to the animal ultrasound machine cost.
But if you have a flexible budget then, consider all the options mentioned above before buying.
There are many choices available in the market that offer low-cost options but be mindful of not compromising the machine’s quality. The cost also enhances after the various add-on options.
Veterinary ultrasound and human ultrasound may appear similar in the process, but scientifically and in medical terms, there is a vast difference between both.
You can give credit to the structure or the origin for such differences. So let’s discuss the differences between Vet Ultrasound and Human Ultrasound are.
1, One of the significant differences is regarding the research. The anatomy of many animals hasn’t been significantly studied.
The animals may appear similar to humans, but their bodies, structure, and anatomy differ significantly.
Many of the animals haven’t been studied entirely and in-depth. The anatomy and internal structure of many animals are still uncovered.
At the same time, humans have been studied widely. Their anatomy has gone under various deep research that results in a better understanding of their ultrasounds.
2, Another aspect is that animal ultrasound tech experts are trained to study only the animal’s ultrasounds and X-rays and vice versa.
Vets are not qualified to study human ultrasounds, and similarly, doctors can’t study animal ultrasounds.
This difference arises because the anatomy of animals and humans varies to a greater extent. And both need intense study and research to understand the results.
3, Another critical difference is regarding the incorporation of sedatives. Animals are very active and always moving. The ultrasound needs them still for a while to capture the images clearly and precisely.
For this, animals can be given sedation as they can be uncooperative and may hinder the process.
But if we talk about humans, it is straightforward for them to stay still during the process, so sedation is unnecessary.
This is a ubiquitous question that people are curious about. As the principle of ultrasound is the same, whether an animal ultrasound machine can be used for humans or not.
If used with sound transducers, the vet ultrasound machine can be used in humans, though the possibilities are still low.
Using a suitable machine is more advisable. The user can be granted because both of them work on the same principle of ultrasound waves.
The ultrasound waves work similarly on both bodies, whether it is a human or an animal.
If we talk about using human ultrasound on animals, then it is much more appropriate. With a suitable transducer, the human ultrasound machine can be used on animals as well.
And if we use a proper transducer, they also provide better results due to their advance built.