All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(104 products available)
Suppliers of medical equipment may sell these types of orthopedic goniometer.
Digital goniometers work by taking the angles between two joints and digitally displaying the figure. It uses sensors to record data, providing an accurate measurement. It is often chosen by health professionals because it gives an accurate record.
An intrusion goniometer measures small angles in areas like tendons and soft tissue between two bones. It measures angles in joint movement during orthopedic and surgical operations. It gives an accurate angle measurement, minimizing errors.
Body goniometers are used to measure the angles of joints in a user. It is mostly applied in motion studies of joints like the knees and elbows. It consists of two arms connected by a protractor. The arms in contact with the body parts measure the angle between them. A body goniometer is easy to use, making it popular for measuring joint movement.
An optical goniometer measures joint motion angles by using internal prisms. Each prism has two opposing sides that cut the light beam at a certain angle. When the knee or any interested joint bends, it modifies the angle of light. This small modification gives the angle of each joint motion. Optical goniometers are often employed in detailed angle measurement.
Occupational safety and health administration focuses on materials and durability since they directly affect quality and price.
Plastic goniometers are made from strong material like polycarbonate plastic. This plastic is durable and hard to break. Plastic goniometers resist wear and tear, so they can last long with normal use. The lightweight material makes it easy to carry and use in different places.
Both aluminum and stainless steel are common materials for a metal goniometer. Stainless steel is strong and won't rust, so a metal goniometer resists corrosion for a long time. In addition, metal goniometers resist hard use on jobs. Even in rough conditions, they are hard to break. Though heavier than plastic ones, their strength gives accurate measurements for years.
The combination of plastic and rubber gives certain goniometers the properties of both. The frame is plastic for strength, while rubber on the handle provides a non-slip grip. Plastic and rubber goniometers resist wear and tear, making them last for a long time. They fit well in the hand during use. This comfort aids in taking accurate measurements even in longer sessions.
The two materials suit these goniometers for health-related tasks. Good resistance to chemicals is useful in clinical settings. They work equally well under normal or challenging conditions.
Goniometers made from brass and stainless steel provide precise and durable performance. Both metals hold high accuracy even after long-term use. Brass often makes the scale due to its hardness. Thanks to engraving, the scale is permanent and does not wear away easily. Pretty wear-resistant, it remains legible over time.
The brass scale also resists corrosion due to the stainless steel frame and knob. It provides a solid and rust-free base. This sturdy design allows smooth adjustments for high measurement accuracy.
The demand for orthopedic goniometers steadily increases as healthcare technology improves. Clinics prefer goniometers with digital parts for better accuracy. Hip, knee, and shoulder goniometers are highly requested. This shows the strong need for joint angle measurement tools.
Health experts eye precise measurements for correct diagnosis and treatment. So, they want tools that reduce errors and increase efficiency. Goniometers give accurate joint angle readings in rehab and surgery. This makes them important in health facilities.
More patients in rehab raise the need for goniometers. Therapists track joint movement to check progress during rehab. An accurate goniometer helps with this important task. It supports the demand for goniometers in therapy clinics. This grows the market further.
The need for accuracy in measuring joint angles drives the demand for orthopedic goniometers. Clinics want tools to lower errors during surgery. Hospitals and clinics need goniometers for many tasks. This demand is seen worldwide.
People seeking healthcare at home teach goniometers to help track joint movement. This need for measuring tools boosts the market for digital goniometers and body goniometers. They allow distance checks and fit the trend for many home health products.
The rising attention on rehab care further increases the need for goniometers. They check how well joints recover after surgery or injury. This rise in demand encourages suppliers to sell more goniometers.
The following factors will help buyers select the orthopedic goniometers they need.
Orthopedic goniometers should have measurable accuracy and precision. Digital goniometers rank highest in this task. They minimize errors due to precision in readings. For surgeries and therapy, accurate tools ensure correct treatment plans.
Comfort during use matters, too. Rubber grips on the goniometer increase comfort during long tasks. They lower hand strain and allow health workers to take many readings without fatigue. A body goniometer also weighs light. This helps in easy handling.
Pick a goniometer with a good range of motion. It should measure from small to large joint angles. Digital models are best for this need. They record a wide range without losing accuracy. This aspect makes them ideal for measuring many joints.
Consider the material that makes the goniometer. Plastics are light but not as tough as metal. On the other hand, brass and stainless steel materials create strong goniometers. They endure wear and tear while giving consistent readings. Digital goniometers also use durable parts for longer service.
The goniometer should also have clear scales for easy readings. LCDs on digital goniometers display angles clearly. They cut down errors during recording. This quality makes them suitable for busy clinics where quick, clear results matter.
A1: The buyers' needs, like accuracy, range of motion, comfort, and strength, will guide the choice. The work setting will also matter. Clinics may prefer digital models. Surgeons want tools that give quick, clear results.
A2: More people are getting health care at home. It increases the demand for easy goniometers. Digital body goniometers work well for home care. They are simple and give correct joint angles. This ease of use makes them popular for home health care.
A3: These tools measure joint angles exactly. It helps doctors plan better surgery. Therapists track recovery by checking how well joints move. Accurate readings support good treatment and faster healing.
A4: These tools have low upkeep needs. Clean the goniometer after each use to keep it in good shape. Put digital ones in protective cases. It avoids damage during transport.
A5: Brass and stainless steel goniometers are the strongest. They endure lots of use and give exact angles.
