Stretchers were invented in practice by ancient working people. They are relatively simple and single. With the development of science and the progress of society, according to the situation of different patients and the position of patients, unique stretchers for various patients were invented through continuous research and improvement. Next, let's talk about shovel stretchers.
The scoop stretcher is composed of left and right two aluminium alloy plates. Unlike a regular stretcher, it can insert two vessels under the patient's body and lift it after buckling. The multifunctional scoop folding stretcher is a novel, convenient and efficient rescue stretcher integrating a folding stretcher, shovel stretcher, wheeled stretcher and ambulance stretcher bed.
The scoop stretcher belongs to a detachable rescue stretcher, which is mainly used for battlefield rescue and transfer of fractured and seriously injured patients; characterized by: two ends of the stretcher are provided with hinged clutch devices, which can separate the stretcher into left and right parts; without moving the patient, the patient is quickly placed in the stretcher and transported to the operating table or hospital bed, and then the stretcher is drawn out from under the patient's body. The length of the stretcher can be adjusted according to the patient's size.
Easy to use and easy to master. The stretcher surface does not need to be removed from the whole body during patient handling, thereby saving the workforce, being safer, reducing complications in the handling process, and having various functions such as folding, separating, pushable, dripping, surgery, convenient X-ray irradiation, etc.
The scoop stretcher is convenient to carry and place, can quickly transfer the injured, quickly rescue, minimize the secondary injury caused to the patient during handling, and significantly improve the rescue efficiency. It is worth clinical promotion and use.
The scoop stretcher has clutch devices at both ends, which can be divided into left and right parts; the patient can be quickly shovelled without moving the patient to avoid secondary injury to the patient; the length of the stretcher can be adjusted according to the actual height of the patient, and it can be folded; it is mainly used in ambulances, hospitals and emergency centres.
Detachable design with clutch devices at both ends can split the stretcher into left and right parts and quickly scoop the patient in or pull the stretcher out from under the patient without moving the patient. The grooves at the head end are adjusted to keep the patient's spine aligned.
1. Retractable design: The length of the stretcher can be adjusted according to the person's size; there are 3 positions suitable for patients of any body type and height.
2. The product is equipped with a seat belt to ensure the patient's safety.
3. Scoop stretcher can be used with head guard.
4. The specifications and parameters of the three scoop stretcher are as follows:
Material: aluminium alloy
Model Number: DW-SC003
Advantages: Affordable, hot selling model
Material: PE plastic
Model Number: DW-SC004
Advantages: the patient's body temperature is not too cold or too hot compared to metal stretchers
Material: carbon fibre
Model Number: DW-SC006
X-ray transparency, CT nuclear magnetic resonance
Size: 167*43*6.7 cm,
Advantages: low-temperature resistance, high-temperature resistance, acid and alkali resistance, lightweight, long service life
1. Before using the scoop stretcher to carry the injured person, check the vital signs of the injured person and the injured part. According to the injury, check whether the injured person has any trauma to the head, spine and chest, especially the cervical spine.
2. Before handling, the injured must be prepared and adequately handled. First, the respiratory tract of the injured person must be kept open to avoid suffocation, and then stop bleeding, bandaging and fixing the wounded part of the injured person. After handling it, it can only be carried out.
3. Do not carry the injured person until the personnel, scoop stretcher, etc., are out of order. When handling overweight or unconscious wounded, careful consideration should be given to preventing accidents such as falls and falls.
4. During the handling process, observe the changes in the condition of the injured person at any time, pay attention to the breathing, mind, etc. of the wounded person etc., and keep warm, but do not wrap the head and face too tightly, so as not to affect breathing. In an emergency during handling, such as suffocation, respiratory arrest, convulsions, etc., stop handling immediately and carry out first aid treatment directly.
5. On particular sites, handling should be carried out according to unique methods. At the fire scene, the wounded should be bent over or prostrate forward in heavy smoke; at the site of toxic gas leakage, the porter should first cover his mouth and nose with a wet towel or use a gas mask to avoid being fumigated by the poison gas.
6. When carrying the injured person with spinal or spinal cord injury, the injured person should be placed flat on the rigid board spade stretcher. The body should be fixed with a triangle towel or other cloth band together with the stretcher, especially the cervical spine injury, sandbags, pillows, clothing, etc. must be placed on both sides of the head and neck to fix, limit the movement of the cervical spine in all directions, and then use triangular scarves, etc. Fix it, and then use a triangle towel, etc., for the whole body with a shovel. Stretchers are enclosed together.
With the development of rehabilitation assist devices, outdoor electric wheelchairs have been given more caring designs. In addition to the basic mobility functions, the design has started to take more into consideration for the actual use of the elderly. When choosing an electric wheelchair, the elderly and disabled should take into account the environment they use and choose the right style. At the same time, they should also consider their actual needs and add more functions.
There are many types of electric wheelchairs on the market, which can be divided into aluminum, light materials and steel by material. Steel wheelchairs are relatively heavy in weight and the main structure is made of carbon steel, alloy steel or stainless steel. The process of steel tube wheelchairs is constantly improving and is now very mature. Many wheelchair manufacturers still choose steel tubes for the body of the wheelchair but its weight still does not reach the desired effect. With the demand for higher light weight, it is difficult to make a breakthrough in steel wheelchairs.
The weight of aluminum wheelchairs is about 10 pounds less than that of steel tubes, the strength is comparable to that of steel, and the density is 1/3 of that of steel. Compared with other materials, the lightweight effect is good, and it has good corrosion resistance, good recyclability, easy processing and shaping, and the surface spraying and anodizing processes are mature. Its relatively low production cost, perfect process technology and no need for professional production equipment and technology make aluminum alloy the most ideal and popular material for lightweight comprehensive performance at present. Aluminum alloy electric wheelchairs are more suitable for users with high floors, humid environments and frequent moving.
Electric wheelchairs can be divided into lead-acid battery-driven and aluminum battery-driven electric wheelchairs according to their batteries.
The lead-acid battery electric wheelchair adopts the latest electromagnetic brake technology, so it does not slip backwards uphill and has no inertia downhill. It is equipped with technically mature universal controller for more precise direction, easy driving and flexible control.
Another kind of electric wheelchair adopts large-capacity lithium battery as the power source, with stronger power. And it adopts aluminum alloy tube frame and ergonomic design to realize the structure of electric wheelchair with high strength, high load-bearing, light weight, small volume, and ready to fold. Lithium batteries are more environmentally friendly and have a longer service life than their plumbing counterparts.
Outdoor Electric wheelchairs can be divided into ordinary wheelchairs and special wheelchairs according to the type of use. Special wheelchairs can be divided into leisure sports wheelchairs, electric wheelchairs, stair climbing wheelchairs and so on, which are designed according to the different needs of users. There are also some special electric wheelchairs, depending on the condition of the patient, with a variety of different accessories, such as enhanced load capacity, special cushions or backrests, neck support systems and so on. In use, it is also different from the general electric wheelchair, because of the wide range of accessories, the operation is more troublesome, and is usually used for patients with serious illness or severe limb or trunk deformation. For the specific needs of patients with certain disabilities, there are a variety of special wheelchairs. Such as unilateral passive wheelchair, special wheelchair for going to the toilet, some wheelchairs with lifting devices, etc.
There are also special wheelchair docking carts that can be adjusted in width to accommodate a wide range of wheelchair sizes and used in conjunction with wheelchairs to help with stair access.
According to the usage scenarios, three different applications have been developed in the category of electric wheelchairs, namely indoor, outdoor and indoor/outdoor wheelchairs.
Indoor wheelchairs are suitable for indoor or outdoor use in close proximity. They are generally lightweight, with small front wheels and a small radius of rotation, and are mainly used by paraplegics or hemiplegics.
Outdoor wheelchairs can be used on unstable surfaces and have a large battery capacity and long battery life. Even on uneven surfaces, this type of wheelchair can travel, usually at a faster speed than indoor power wheelchairs.
Indoor and outdoor general-purpose wheelchairs combine the advantages of the above two types of wheelchairs, and they are general-purpose products that take into account lightness while ensuring range. This type of electric wheelchair usually needs to move on smooth and solid ground, and the battery capacity is usually not too large and the distance traveled is limited.
Nowadays, the pursuit of electric wheelchairs is not only about mobility, but also about meeting the emotional needs of users. Automation and information technology are the inevitable direction of wheelchair development.
Would you consider buying an electric wheelchair? Based on what we have described above, what kind of electric wheelchair would you consider buying?
If there are any other features you would like to see added to your wheelchair, please feel free to share them with us and help us improve our products.
Nowadays, in terms of material selection, stretchers are made of high-quality aluminum alloy materials, and plush foam cushions, so they are not only more suitable for rescuing patients when using them but are also more convenient to use and relatively simple to operate. In particular, the current use of stretchers with ambulances can better reflect its value and characteristics. If you want to buy safe ambulance stretchers in large quantities, you can learn about the performance and characteristics of this stretcher, as well as the scope of application, including how to choose the manufacturer when buying.
The ambulance stretcher is different from other stretchers because the ambulance has a relatively small space. In selecting the stretcher-making materials, stretcher length and width, it must be light and dexterous in terms of structure, so that it is more convenient to use when going up and down the ambulance. Therefore, the stretchers used in ambulances today are all made of aluminum alloy materials, which are relatively light in weight, and appear more flexible and convenient throughout the use process.
ambulance stretchers are mainly used to pick up sick patients or patients with severe trauma. When choosing a stretcher like this, it is important to consider the patient's comfort in lying down, so that the patient can rest quietly while lying on it. Especially for patients with limb injuries, if they are not comfortable lying on the stretcher themselves, it will cause patients with severe physical injuries to be more impatient. Therefore, foam cushions will be laid on this stretcher, and lying on it will not look like a hard board will hurt people. Even if the limb injury is serious, or the patient himself is thin due to malnutrition due to illness, he will not feel uncomfortable.
The ambulance stretcher used today is relatively scientific in design, so telescopic handles are provided on both ends of the stretcher because the stretcher needs to enter the patient's room, and even cross stairways or elevators. If we treat some seriously injured people, the environment is worse, so if possible, both ends should be designed with shrink handles, which will be more convenient and practical when lifting patients.
There are no wheels on urban rescue stretchers. If the distance is relatively long, it will be more difficult to lift patients, and it will take longer. Therefore, when designing a stretcher, it is necessary to have wheels underneath, so that it can be pushed and walked when rescuing patients. This is faster than carrying and walking, shortens the time to save people, and will do a better job of saving the patient's life.
ambulance stretchers are one of the most commonly used in hospitals because when patients have heart infarction, or other need first aid, they need to call 120, then the ambulance will come to the scene with the stretcher, so now hospital ambulances will be equipped with stretchers, which can transport patients faster and more practical, directly when the ambulance to the patient area, can be pushed to the patient's room by pushing the stretcher. When you arrive at the hospital, you can push the stretcher directly to the hospital ward.
Some competitive sports are also prone to severe collisions between limbs and fractures. Stadiums such as stadiums can also be equipped with ambulance stretchers. Of course, this kind of stretcher will also be used in the field, and an ambulance can be driven directly to the scene so that it can be faster when rescuing the wounded.
When buying an reliable ambulance stretcher, since there are many manufacturers like this, you should also look at the manufacturer's production capacity through multiple comparisons before purchasing. If the manufacturer itself has a strong production capacity, it can also guarantee the quality of the stretcher.
Currently, the number of manufacturers producing stretchers is relatively large, so competition is fierce, not only in terms of technology but also in terms of price. To ensure that the stretcher purchased is highly practical and of guaranteed quality, we also need to take a look at the cost-performance ratio. If the manufacturer can sell according to direct sales, since direct sales do not have middlemen earn, and the price is cheaper, the user can make the price lower when buying.
If the manufacturer you choose cannot follow up on after-sales service, it proves that they do not dare to take responsibility for the quality of the stretchers they produce. When choosing a manufacturer to buy, you must see if after-sales service is in place. Anything that has after-sales service in place proves that the stretcher quality is relatively excellent. Buying from such manufacturers, because they have good after-sales service, users can only buy without worries.
Users, who need to buy an high performance ambulance stretcher, especially when buying a relatively large amount at a time, have learned the performance characteristics, the scope of application, and how to choose a manufacturer when purchasing this stretcher? As long as you buy stretchers according to your own needs at the time of purchase, and when selecting manufacturers, you can buy medical stretchers from approved manufacturers with confidence through comparison to see which one is in place in terms of production capacity, cost performance, and after-sales service.
In the field of hospital and sports emergency use, an aluminum alloy scoop stretcher with nylon belts for hospital and sports emergency use is made of aluminum alloy material. It is characterized by its being light-weighted, small-sized, easy-carried, use-safely, and easy to sterilize and clean.
Before you go and buy a scoop stretcher, you might want to consider what one actually is. A scoop stretcher, in the broadest sense of the term, is a device (usually in the form of two or more arms) with which a person or animal can pick up and move objects. It looks like a shovel, but it’s much lighter and does not require power to operate. The most common uses for scoop stretchers are for digging holes for building materials, moving heavy objects from one place to another (e.g., from one construction site to another), removing soil from a garden, cleaning dirt off of tools or machinery, and similar tasks. You can find many brands of scoop stretchers on the market today; some are lightweight aluminum units that have removable rubber belts (which can be easily replaced) while others are much heavier-duty commercial models that have metal belts (which can be tightened down).
The scoop stretcher is a lightweight, portable, and easy-carried device that lifts and holds medical devices from a variety of different surfaces. It is designed to help prevent device dislodgement during transport and transportation.
This is a good example of how we can use the market to define a new product category (or service) by showing the market what things it needs in a new way.
This looks like an afterthought at first glance; but the benefits are obvious: it’s light weight, small, easy to carry around, with an ease of cleaning (it doesn’t stick to sticky floors or sticky objects), etc. Even better though: when you’re done with it you can take it anywhere and throw it in the trash. The biggest disadvantage of this product category is also one of its biggest advantages: because every company has seen some kind of scoop stretcher before they saw this one they don’t realize they need one until they get one and find out they don’t want one anymore.
The scoop stretcher is a small, light-weighted, easy-to-carry, use-safely, and easy to sterilize and clean aluminum alloy material product. It is characterized by its light weight, small size, ease of carrying and use.
The scoop stretcher is a portable device for the sterilization of blood and body fluids such as blood plasma etc., used in hospitals and clinics to transfer the blood or other fluids between patient areas such as operating room or laboratory. The device can be used for washing the patient’s body parts with handiness and care that it does not create any risk to health.
A scoop stretcher consists of an aluminum alloy material body with two nylon belts which are pre-adjusted according to the specific size of patient needs and distances between the patient parts (for example: operating room)
This product is designed to be portable and convenient to carry around. It has been proven in clinical trial that it is useful in transferring fluid from one part of the body or place to another quickly and safely.
So, what is scoop stretcher? It’s a steel scoop stretcher with nylon belts for hospital and sports emergency use that is made of aluminum alloy material. It is characterized by its being light-weighted, small-sized, easy-carried, use-safely, and easy to sterilize and clean. Sounds pretty straightforward.
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