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Cone beam multi-angles radiography *190�°orbital rotation and continuous pulse exposure realize Maximum density projection. *Multi-angle dynamic continuous images on same part can be acquired. *Replay the whole rotation dynamic images,volume rendering technique(VRT). *Multi-angles observation during prepperative,intraoperative and postoperative,ensure accurate and efficient diagnosis and treatment. *Choose appropriate sequence frames according to clinical need.both image quality and radiation protection can be assured. Application *Widely use in Orthopedics,general surgery,orthopedic surgery,urology,spinal surgery, abdominal surgery,gastroenterology department,gynecology and operating room etc. *Bone tissue biopsy,spine pedicle screw implantation,long tubal bone marrow nail fixation and hand,foot fracture surgery with screw fixation. Precise imaging and Perfect visualization *Digital High frequency X-ray generator with micro-focus improve resolution and sharpness. *Intraoperative 3D imaging enables intraoperative revisions and evaluation and replaces postoperative CT control. *High frequency technology generator assures the best image in every operating condition along with reduced patient dose and extended x-ray tube lifetime.
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Motorcycles, motorcycle parts.
White sugar cubes, brown sugar cubes, shapes white sugar, sache white sugar, sache brown sugar, powder sugar.
Prosthetic leg AK Cosmetic Foam Cover(Water Proof) Designed for all above and below knee prosthesis users, these Prosthetic Leg Foam Covers combine quality materials and construction with cutting edge design and technology to provide a strong and affordable leg cover. Prosthetic Leg Foam Cover Designed for all above and below knee prosthesis users, these Prosthetic Leg Foam Covers combine quality materials and construction with cutting edge design and technology to provide a strong and affordable leg cover. These Prosthetic Leg Foam Covers restore balance to the contours of the leg and play an important role in improving patient confidence and self-esteem through optional bright or patterned designs, fulfilling the mission of limb art to "stand out".
Adjustable orthopedic ankle walker boot Ankle boots orthopedic is a type of footwear designed to provide support and comfort to individuals with foot and ankle problems. They are typically made with high-quality materials, such as leather or synthetic materials, and feature special features such as cushioned insoles, arch support, and shock-absorbing soles. Ankle Boots Orthopedic Ankle boots orthopedic is a type of footwear designed to provide support and comfort to individuals with foot and ankle problems. They are typically made with high-quality materials, such as leather or synthetic materials, and feature special features such as cushioned insoles, arch support, and shock-absorbing soles. These boots are commonly recommended for people who suffer from conditions such as plantar fasciitis, Achilles tendonitis, and other ankle injuries. They can help reduce pain, inflammation, and swelling in the affected area, while providing additional stability and support to the foot and ankle.
Single Axis Knee Joint with Adjustable Constant Friction, artificial limbs prosthetic leg knee joint single axis prosthetic knee with Adjustable Constant Friction suitable for persons with above-knee amputation, It has moderate functional requirements and moderate support stability. It is not suitable for persons with higher function requirements. Single Axis Prosthetic Knee Single axis prosthetic knee with Adjustable Constant Friction suitable for persons with above-knee amputation, It has moderate functional requirements and moderate support stability. It is not suitable for persons with higher function requirements. The swing of the single axis prosthetic knee consists in connection between the swing axis and the upper part of the joint and between the single axis prosthetic knee and the lower part of the joint. The stability during the stance period is achieved by adjust the prosthetic knee joint behind the gravity center line of the body during alignment. The knee is designed to utilize the swing axis and brake axis as a load-dependent brake. The axis friction and the extension assist are adjustable for improved control of swing phase.
Drop Lock Orthotic Knee Joints A "drop lock knee joint" often used in orthopedic devices or prosthetics. This mechanism allows the knee joint to be locked in a fully extended (straight) position to provide stability and support, preventing unintentional bending of the knee. Drop Lock Knee Joint A "drop lock knee joint" often used in orthopedic devices or prosthetics. This mechanism allows the knee joint to be locked in a fully extended (straight) position to provide stability and support, preventing unintentional bending of the knee. When the joint is "dropped" into the locked position, it immobilizes the knee at that angle until it is manually released. Function The function of a "drop lock knee joint" is to provide stability and control to the knee joint in situations where immobilization or limited movement is required. This mechanism allows the knee to be locked in a fully extended (straight) position, preventing unintentional bending or flexing of the knee. This can be particularly beneficial for individuals who need to keep their knee straight for medical reasons, such as during post-surgery recovery or when wearing a knee brace or prosthetic limb. The mechanism works by allowing the user to engage or "drop" the lock, which securely holds the knee joint in the extended position. This can help prevent unwanted movement that might otherwise cause discomfort or hinder the healing process. When the user needs to resume normal movement, they can disengage the lock, allowing the knee to bend freely. In summary, the primary function of a drop lock knee joint is to offer stability, support, and controlled immobilization of the knee joint when necessary, aiding individuals in managing their knee-related conditions or recovery processes.
Hydraulic Prosthetic Leg A hydraulic prosthetic leg is a type of prosthetic leg that uses hydraulic fluid to control the movement of the knee joint. It is designed to simulate the natural movement and function of a real leg. The hydraulic system allows for smooth, controlled movement and stability, making it easier for the wearer to walk, run, climb stairs, and perform other daily activities. Hydraulic prosthetic legs typically consist of a socket that fits over the residual limb, a knee joint that is controlled by hydraulic fluid, and an ankle joint that provides support and stability. The hydraulic system is usually powered by a battery or a pump, and is controlled by sensors that detect the wearer's movements and adjust the fluid pressure accordingly. Both pneumatic (air) and hydraulic (fluid) systems mimic the muscles of the natural knee by responding to different walking speeds. Hydraulic knees tend to be heavier than pneumatic knees because they require fluids, but they also provide a smoother walking pattern over a wider range of speeds. Both hydraulic and pneumatic knees require frequent routine maintenance.
Prosthetic Hand A prosthetic hand is an artificial device designed to replace a missing hand or part of a hand. It aims to restore some level of functionality, appearance, and comfort for individuals who have lost their natural hand due to injury, congenital conditions, or other reasons. Prosthetic hands have come a long way in terms of design, materials, and technology, offering users improved capabilities and a better quality of life. Key components and features of modern prosthetic hands include Socket: The socket is the part of the prosthetic hand that attaches to the residual limb. It's custom-made to fit the user's anatomy comfortably and securely. Wrist Unit: Some prosthetic hands include a wrist joint, allowing for rotation and better positioning of the hand for different tasks. Fingers: The fingers are the functional components of the prosthetic hand. They can be designed to move individually or together, mimicking the natural movement of a human hand. Advanced prosthetic hands can provide a wide range of gripping patterns, enabling users to perform various tasks.
Carbon Fiber Foot A carbon fiber foot is a type of prosthetic foot that incorporates carbon fiber materials in its construction. Carbon fiber is known for its high strength-to-weight ratio, making it a popular choice for designing lightweight and durable prosthetic components. Here are some key features and advantages of carbon fiber feet Lightweight: Carbon fiber is exceptionally lightweight, which makes it an ideal material for prosthetic limbs. This feature reduces the overall weight of the prosthesis, making it easier for the user to walk, run, or engage in various activities. Strength: Despite its lightweight nature, carbon fiber is incredibly strong and durable. This ensures that the prosthetic foot can withstand the stresses and strains associated with regular use. Energy Return: Carbon fiber feet are designed to store and release energy during walking or running. This energy return mechanism can enhance the user's walking efficiency and reduce the effort required, leading to a more natural gait and less fatigue. Flexibility: Carbon fiber can be precisely engineered to provide the necessary flexibility and responsiveness, allowing the foot to adapt to different terrains and ground surfaces. Aesthetics: Carbon fiber prosthetic feet often have a sleek and modern appearance. They can be designed to look and feel more like a natural foot, contributing to the user's self-esteem and body image. Durability: Carbon fiber is resistant to corrosion and wear, which means that carbon fiber feet can have a longer lifespan than some other prosthetic materials. Customization: Prosthetists can customize carbon fiber feet to match the user's specific needs and activity levels, ensuring that the prosthesis functions optimally for the individual.
Orthotic knee joints, also known as knee orthoses or knee braces, are devices designed to provide support, stability, and alignment to the knee joint. They are commonly used for individuals with knee injuries, osteoarthritis, ligament instability, or other conditions that require additional support. Here are some key features and functions of orthotic knee joints: Stability and Support: Orthotic knee joints are designed to stabilize and support the knee joint, helping to reduce excessive movement, provide alignment, and prevent further injury. They can be particularly beneficial for individuals with ligament injuries, such as anterior cruciate ligament (ACL) tears, or chronic knee instability. Range of Motion Control: Some orthotic knee joints incorporate mechanisms that allow for controlled and adjustable range of motion. This feature is useful for individuals recovering from knee surgery or injuries who need to limit certain movements during the healing process while gradually increasing mobility. Pain Relief: By providing support and reducing excessive motion, orthotic knee joints can help alleviate pain associated with knee conditions such as osteoarthritis or patellofemoral syndrome. The brace helps to offload pressure from affected areas and distribute forces more evenly, reducing discomfort. Customizability: Orthotic knee joints can often be customized to fit an individual's specific anatomy and needs. They can be adjusted for size, alignment, and fit to ensure optimal comfort and effectiveness. Customization may involve modifications to straps, hinges, or padding to provide a more personalized fit. Protection and Injury Prevention: Orthotic knee joints can offer protection and help prevent further injury during physical activities or sports. They can provide additional stability, especially in cases where ligament instability is a concern, reducing the risk of re-injury or exacerbating existing conditions. Rehabilitation Support: Orthotic knee joints are often used during rehabilitation programs following knee surgery or injury. They can aid in controlling and guiding the knee joint's movement, allowing for safe and gradual progression of exercises and strengthening of the surrounding muscles.
