Description
Orthopedic Traction Bed is a professional medical device designed for physical therapy, which implements traction therapy through a mechanical transmission system. The device combines the principles of human physiology and mechanical physics, and uses appropriate mechanical force to pull bones or joints, aiming to help restore abnormal bones or joints to normal form. Orthopedic Traction Bed is widely used in the treatment of symptoms such as lumbar disc herniation, low back pain, traumatic cervical fracture, dislocation and dislocation caused by various acute and chronic injuries. It is also suitable for the auxiliary treatment of cervical dizziness, headache and upper limb numbness and pain.
Features
Wide and precise tilt adjustment range
Orthopedic Traction Bed provides an extremely wide tilt adjustment range, with a back tilt angle of up to 70º±5º and a leg tilt angle of 40º±5º. This design not only meets the diverse treatment needs of patients, but also ensures the accuracy of adjustment. The setting of the back tilt angle helps to relieve spinal pressure and promote blood circulation. Especially in traction therapy, it can stretch the spine more effectively to achieve the treatment purpose. Adjusting the leg tilt angle helps improve blood circulation in the lower limbs, reduce edema, and has a good effect on fracture rehabilitation and post-joint replacement recovery. In addition, the ±5º fine-tuning range allows medical staff to make subtle adjustments based on the patient's specific response and comfort level to ensure maximum treatment effect.
High-strength, breathable and non-slip bed board design
The bed board is made of 1.0mm thick steel plate in one-time stamping. This process ensures the flatness and load-bearing capacity of the bed board. At the same time, 19 grooves are designed on the bed surface, which not only enhances the breathability and makes the bed surface more comfortable, but also has an anti-slip function to avoid the risk of patients slipping when moving or turning over. The reinforced skeleton design further enhances the overall load-bearing strength of the bed board and ensures the stability and safety of the bed body in long-term use. In addition, the edges of the bed board have been specially treated to avoid sharp angles or protruding parts, reducing the risk of patient injury.
Stable and durable bed frame and efficient transmission device
The main frame of the bed is welded from 40801.2mm high-quality steel pipes. This structural design ensures the stability and load-bearing capacity of the bed. Even when carrying heavy patients or making frequent angle adjustments, the bed can remain stable and avoid shaking or deformation. The transmission system adopts a stainless steel hidden rocker design, which is not only beautiful and generous, but also avoids the risk of external damage. The rocker is made of 45# steel and the all-steel structure design ensures the wear resistance and pressure resistance of the transmission device and a long service life. The design of the labor-saving rotation mechanism and the in-place protection function enables medical staff to easily adjust the angle of the bed, while avoiding over-adjustment or out-of-place situations, improving nursing efficiency.
Safe and reliable guardrails and flexible and durable caster configuration
The guardrail is made of fully enclosed aluminum alloy, and the beams and columns are made of high-quality materials. After special treatment, the stability and durability of the guardrail are ensured. The height of the guardrail is designed to be slightly higher than the mattress, which prevents the displacement of the mattress and reduces the risk of patients falling. The design of the quick positioning switch makes the opening and closing of the guardrail more convenient, improving the nursing efficiency. In terms of caster configuration, the design of universal casters allows the bed to be easily moved, and the fixed plug rod ensures the stability of the bed when needed. The wheel surface material is wear-resistant TPR, which has multiple corrosion resistance properties and good shock absorption and noise reduction effects. The wheel shell made of ABS material is not only beautiful and generous, but also improves the anti-corrosion and wear resistance of the caster.
Size: 2150×900×500(mm)
Technical Specification:
1. Adjustable range: back tilt 70º±5º, (split leg design) leg tilt 40º±5º, bed dynamic load: ≥240kg.
2. Bed plate: the use of 1.0mm thick steel plate one-time pressing molding, the whole bed uses 19 strip design groove plate, easy to breathe, and has anti-slip function, the bed plate has strengthened bone, the whole bed bearing strength is high, the shape is beautiful.
3. Bed body skeleton: bed body main frame is welded by 40*80*1.2mm high quality steel pipe, the bed body is strong.
4. Transmission device: The rocker is stainless steel hidden rocker, which can be hidden in the bed body to avoid unnecessary damage, easy to operate, and can flexibly adjust the body position.Rocker adopts 45# steel, all steel structure, no plastic structure, wear resistance, pressure resistance, long life. Use labor-saving, smooth rotation, and in place protection function. And ABS dust cover.
5. Guardrab: the guardrab is made of full-covered aluminum alloy guardrab, and the beam is made of high-quality electrophoretic aluminum alloy. The surface is hardened and wear-resistant without deformation, The column is made of five aluminum tubes, the upper and lower joints are steel joints, the aluminum alloy column is connected by hollow rivets, and the base is made of steel pipes. The guardbar is slightly higher than the mattress when it is retracted and laid flat, which can prevent the mattress from shifting, with a quick positioning switch.
6. Casters: universal casters, fixed insert rod, casters main frame adopts steel structure, wheel surface material is wear-resistant TPR, with oil resistance, water resistance, drug resistance and mold resistance characteristics, while noise also has a good shock reduction effect. The outer shell of the wheel is made of ABS material, anti-corrosion and wear resistance, beautiful and generous
FAQ
Q: What are the main functions of the Orthopedic Traction Bed?
A: The Orthopedic Traction Bed is mainly used for traction treatment of spinal and joint diseases. By precisely controlling the traction force, direction and time, it helps to restore the physiological curvature of the spine, relieve pain and improve function.
Q: How does this traction bed achieve traction?
A: The traction bed uses an electric or hydraulic drive system to accurately control the patient's up and down, left and right, front and back movement, as well as rotation and tilt to achieve multi-directional traction.
Q: What is the treatment process of the traction bed?
A: The patient lies on the traction bed and adjusts his posture according to the treatment requirements. The traction bed automatically performs traction operations according to the preset traction parameters, and the patient can feel the stretching and relaxation of the muscles. The treatment time is generally 15-30 minutes.
Q: What diseases are suitable for the treatment of Orthopedic Traction Bed?
A: The traction bed is suitable for the treatment of spinal and joint diseases such as cervical spondylosis, lumbar disc herniation, scoliosis, arthritis, etc., and can also be used for health promotion and rehabilitation treatment of the elderly.
Q: What is the therapeutic effect of the traction bed?
A: The traction bed effectively corrects the posture of the spine and joints, relieves pain and improves function through multi-directional traction. The treatment effect varies from individual to individual, and regular treatment is required according to the doctor's advice.
Q: How is the safety of the traction bed guaranteed?
A: The traction bed is equipped with a variety of safety protection devices, such as emergency stop buttons, limit switches, overload protection, etc., to ensure safety during operation. At the same time, the operator needs to undergo professional training.
Q: What are the materials and structures of the traction bed?
A: The traction bed is usually made of solid metal materials (such as stainless steel) to ensure sufficient stability and load-bearing capacity. The bed frame is sturdy and durable, and the traction system is accurate and reliable.
Q: Is the traction bed equipped with a control system?
A: Yes, the traction bed is usually equipped with an advanced control system, including a control panel and software interface, which allows the operator to precisely adjust the traction parameters and preset and store different traction modes.
Q: Is the traction bed comfortable?
A: The traction bed is equipped with a specially designed mattress and padding to reduce pressure points, provide good support and cushioning, and ensure the comfort of the patient during treatment.
Q: Is the traction bed easy to clean and maintain?
A: The traction bed is designed to be easy to clean and maintain. It should be cleaned and disinfected in time after use to prevent the spread of bacteria and viruses. Regular maintenance ensures the long-term use of the traction bed.
Q: Is the traction bed customizable?
A: Yes, according to the specific needs of the medical institution, the traction bed can be customized, including size, functions, accessories, etc. to meet specific clinical applications.
Q: Is the traction bed equipped with data recording and analysis functions?
A: Some advanced traction beds may be equipped with data recording and analysis functions, which can record key parameters during treatment to help doctors evaluate treatment effects and adjust treatment plans.
Q: Is the traction bed suitable for home use?
A: Some traction beds are compact in design and easy to disassemble and assemble, making them suitable for individuals to perform self-traction treatment and exercise at home, work and other places. However, they must be used under the guidance of a doctor.
Q: What are the contraindications of traction beds?
A: Contraindications of traction beds may include serious heart disease, hypertension, infection, fractures, etc. Before use, the patient's indications and contraindications must be clearly identified.
Q: How to choose a suitable Orthopedic Traction Bed?
A: Choosing a suitable traction bed requires considering factors such as the patient's specific condition, treatment needs, body shape, and equipment configuration of the medical institution. It is recommended to consult a professional doctor or medical equipment supplier for more detailed advice and guidance.
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