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Gas Springs for Medical

Medical Equipment Gas Springs Manufacturers

Gas springs are utilized in medical equipment like hospital beds, examination tables, dental chairs, and rehabilitation devices to provide adjustable and ergonomic positioning.
Zhejiang Oulida Hydraulic Machinery Co., Ltd. was established in 1993 and specializes in the development and production of gas springs. Medical Equipment Gas Springs Manufacturers and Factory. Currently, our gas springs are widely used in engine hoods, doors, and other support systems in various applications, including automotive, construction machinery, Custom Gas Springs for hospital bed, Custom Gas Springs for dental chair, Gas Springs for Medical Equipment, both domestically and internationally. In 2017, we established a cooperative management system called DMC (Design-Manufacture-Cooperate) in collaboration with DEFTA from France and MICHANG from South Korea.
Oulida boasts a team of skilled and experienced designers who are adept at creating innovative and functional designs for gas springs. We stay at the forefront of industry trends and continuously strive to develop solutions that meet the evolving needs of our clients.
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Facts and Figures

  • 100+


  • 30+years


  • 20+


Zhejiang Oulida Hydraulic Machinery Co., Ltd.

Quality Assurance

Oulida is committed to delivering top-notch quality for every gas spring we produce. We have implemented rigorous quality control measures at every stage, from raw material sourcing to final inspection. Our skilled technicians perform meticulous testing and inspection to ensure that each gas spring meets the higher industry standards. Custom Gas Springs for hospital bed. Oulida's manufacturing capabilities are designed to meet diverse customer demands. Our production capacity, combined with our flexibility and scalability, allows us to handle both small and large-scale orders efficiently. We are well-equipped to support the evolving needs of our customers as their businesses grow.

Manufacturing strength

  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
  • Oulida factory
Industry Knowledge
Why are gas springs widely used in medical equipment? Including operating tables, bed frames, chairs, hospital beds, etc. 

Gas springs in medical equipment are often used in a variety of applications in medical equipment, including operating tables, bed frames, chairs, hospital beds, etc. Their main purpose is to provide support, adjust height or angle, and help adjust the position of the device.
Gas springs can easily adjust the height of hospital beds and rehabilitation equipment to adapt to the needs of different patients and the work requirements of medical staff. This height adjustment capability improves patient comfort and facilitates medical staff to perform various operations. Gas springs are used in a variety of medical equipment, such as operating table gas springs, bed frame gas springs, chair gas springs, and hospital bed gas springs. Gas springs provide precise height adjustment.
Medical equipment gas springs can help adjust the angle of hospital beds and rehabilitation equipment so that patients can receive comfortable support and maintain appropriate postures in different postures. This is especially important for rehabilitation training and long-term bedridden patients. It can also make it easier for medical staff to get closer to patients or provide patients with a more comfortable experience. Gas springs for rehabilitation device can help achieve this angle adjustment.
In some medical equipment, gas springs can be used to provide support. Gas springs have strong stability and can provide reliable support, ensuring the stability and safety of hospital beds and rehabilitation equipment, and ensuring the safety and comfort of patients.
Gas springs generally move smoothly and noiselessly, which is especially important in hospital environments. They are often designed with patient comfort and healthcare staff's working environment in mind. Gas springs generally have a long service life and are less susceptible to environmental influences. They can withstand extended use and frequent adjustments without damage or loss of functionality.
Gas springs work like regular springs, but they use gas instead of metal to create force. When a gas spring is compressed, the gas in it is compressed, creating a reaction force that enables the gas spring to support an object or produce the desired movement.
Gas springs in medical equipment are important components designed to improve the functionality, comfort and safety of the equipment.

What kind of convenience can gas springs bring to hospital bed?
Gas Springs for hospital bed bring several conveniences, enhancing both patient comfort and caregiver efficiency. Here are some ways gas springs contribute to the convenience of hospital beds:
Gas springs enable easy and precise height adjustment of hospital beds, allowing caregivers to position the bed at the optimal height for patient care tasks such as feeding, dressing changes, and transfers. Height-adjustable beds accommodate the needs of both patients and caregivers, reducing strain and discomfort during patient care activities.
Many hospital beds are equipped with gas spring-assisted mechanisms that enable smooth and controlled adjustment of the backrest and leg elevation. Patients can easily change positions for activities such as reading, watching TV, or relieving pressure on specific areas of the body. Caregivers can adjust the bed's positioning to facilitate patient care tasks and ensure patient comfort.
Some hospital beds feature gas spring-assisted mechanisms that allow for Trendelenburg and reverse Trendelenburg positioning. These positions are commonly used in medical settings for procedures, treatments, and conditions such as surgery, respiratory distress, and circulation management. Gas springs facilitate smooth and stable adjustment of the bed to achieve the desired positioning safely.
Gas springs may be incorporated into safety rails and accessory attachments on hospital beds, providing easy adjustment and secure locking mechanisms. Caregivers can quickly raise, lower, or reposition safety rails and accessories to meet patient needs while maintaining a safe and supportive environment.
Gas springs for examination table operate quietly and smoothly, minimizing noise and disturbances in the hospital environment. Patients can adjust bed positions without disruption, promoting restful sleep and recovery. Caregivers can perform patient care tasks with minimal disturbance, enhancing efficiency and patient satisfaction.
Gas springs are designed to withstand frequent use and provide reliable performance in hospital settings. They are constructed from durable materials and undergo rigorous testing to ensure long-term functionality and safety. Hospital beds equipped with high-quality gas springs require less maintenance and downtime, optimizing patient care delivery and operational efficiency.
Gas springs can be customized to meet the specific requirements of hospital bed designs and patient populations. Beds can be equipped with gas spring systems tailored to accommodate varying weight capacities, bed sizes, and patient care needs. This customization enhances the versatility and adaptability of hospital beds in diverse healthcare settings.

What is the role of using gas springs for rehabilitation device?
Gas springs play a significant role in rehabilitation devices by providing support, assistance, and controlled movement for patients undergoing physical therapy or rehabilitation. Here are several key roles of using gas springs for rehabilitation devices:
Rehabilitation device Gas springs assist patients in performing various exercises and movements during rehabilitation sessions. They provide controlled resistance or assistance, depending on the direction and intensity of the movement, helping patients build strength, flexibility, and range of motion.
Rehabilitation devices equipped with gas springs are often adjustable to accommodate patients of different sizes, abilities, and rehabilitation needs. Gas springs allow for easy and precise adjustment of seat height, backrest angle, leg support, and other parameters to optimize patient comfort and therapy effectiveness.
Gas springs for rehabilitation device contribute to the safety and stability by providing reliable support and controlled movement. They help prevent sudden shifts or jerky motions that could cause discomfort or injury to patients during therapy sessions.
Gas springs enable the design of rehabilitation devices with ergonomic features that promote proper posture and alignment during therapy. They allow therapists to customize the positioning of patients for optimal biomechanics and muscle activation, enhancing the effectiveness of rehabilitation exercises.
Gas springs facilitate gradual progression of rehabilitation exercises by allowing therapists to adjust the level of resistance or assistance provided to patients. Therapists can gradually increase the intensity or difficulty of exercises as patients progress in their rehabilitation journey, promoting gradual improvement and recovery.
Rehabilitation devices equipped with gas springs are user-friendly and easy to operate for both patients and therapists. Gas springs enable smooth and effortless adjustments, minimizing the need for manual handling or complex mechanical adjustments during therapy sessions.
Gas springs help optimize space in rehabilitation facilities by allowing for compact and versatile design solutions. They enable the creation of multifunctional rehabilitation devices that can accommodate a variety of therapy modalities and exercises within limited space constraints.
High-quality gas springs are engineered for durability, reliability, and long-term performance in rehabilitation devices. They are designed to withstand the demands of frequent use in clinical settings, providing consistent support and functionality for patients undergoing rehabilitation therapy.
Gas springs play a critical role in enhancing the effectiveness, safety, and user experience of rehabilitation devices, contributing to better patient outcomes and quality of care in rehabilitation settings. Their versatility, adjustability, and ergonomic design features make them indispensable components in modern rehabilitation equipment.