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Choosing the right operation table is one of the most critical decisions a hospital, clinic, or surgical center can make. An operation table is not just a piece of medical equipment—it is the foundation of every surgical procedure. From minor outpatient surgeries to complex orthopedic, neurosurgical, or cardiovascular operations, the performance, stability, and functionality of the operation table directly impact surgical outcomes, patient safety, and medical staff efficiency.
In today’s healthcare environment, hospitals are under increasing pressure to improve surgical precision, reduce procedure time, and enhance patient comfort. This makes the selection of an appropriate operation table more important than ever. With a wide range of operation table models available on the market—manual, hydraulic, electric, imaging-compatible, and specialty tables—many buyers feel overwhelmed when trying to identify the most suitable option.
This comprehensive operation table buying guide is designed to help hospital administrators, procurement managers, biomedical engineers, and surgeons understand how to choose the right operation table based on clinical needs, budget, and long-term operational goals. By the end of this guide, you will have a clear understanding of operation table types, key features, technical parameters, and purchasing considerations.
An operation table plays a central role in the operating room. While surgical instruments and surgeon skills are essential, the operation table ensures proper patient positioning, surgical access, and procedural stability.
A high-quality operation table allows precise positioning, tilt, height adjustment, and section articulation. These features are especially important in:
If an operation table lacks stability or smooth movement, even a skilled surgeon may face limitations.
The operation table supports patients for long periods, sometimes several hours. Poor cushioning, uneven surfaces, or unstable locking mechanisms can lead to:
Modern operation tables are designed with ergonomic mattresses, pressure-relief materials, and secure fixation systems.
An advanced operation table can significantly reduce setup time and repositioning during surgery. Features such as remote control, memory positions, and modular accessories help streamline workflows and reduce staff fatigue.


Before selecting an operation table, it is essential to understand the main categories available in the market.
A manual operation table uses mechanical controls such as hand cranks or levers.
Advantages:
Limitations:
Manual operation tables are often used in small clinics or regions with limited electricity supply.
A hydraulic operation table uses hydraulic pumps for height and position adjustment.
Advantages:
Limitations:
An electric operation table is the most popular choice in modern hospitals.
Advantages:
Electric operation tables are suitable for multi-disciplinary surgical departments.
This type of operation table is designed for compatibility with C-arm, X-ray, CT, or MRI systems.
Key Features:
Imaging-compatible operation tables are essential for orthopedic trauma, spinal surgery, and interventional procedures.
| Operation Table Type | Power Source | Positioning Accuracy | Typical Application |
|---|---|---|---|
| Manual Operation Table | Mechanical | Low | Basic procedures |
| Hydraulic Operation Table | Hydraulic | Medium | General surgery |
| Electric Operation Table | Electric motor | High | Multi-specialty surgery |
| Imaging-Compatible Operation Table | Electric | Very High | Orthopedic, trauma |
Selecting the right operation table requires careful evaluation of technical and clinical features.
A modern operation table must support a wide range of patient weights. High-end operation tables typically support 250–450 kg, including accessories.
For hospitals performing image-guided surgery, a carbon fiber operation table is highly recommended.
Important positioning functions include:
The more flexible the operation table, the wider its clinical application.
Modern operation tables may offer:
Reliable control systems ensure uninterrupted surgery even in case of power failure.
| Parameter | Recommended Range |
|---|---|
| Height Adjustment | 600–1000 mm |
| Trendelenburg Angle | ±25° |
| Lateral Tilt | ±20° |
| Load Capacity | ≥250 kg |
| Power Backup | ≥24 hours standby |


Different departments have different requirements for an operation table.
A general surgery operation table should offer:
Orthopedic procedures demand:
An orthopedic operation table often integrates with C-arm systems.
For OB/GYN departments, the operation table must support:
Neurosurgical procedures require extreme precision. The operation table must provide:
| Department | Recommended Operation Table Type |
|---|---|
| General Surgery | Electric operation table |
| Orthopedics | Imaging-compatible operation table |
| Gynecology | Modular electric operation table |
| Neurosurgery | High-precision electric operation table |
A hospital-grade operation table must comply with international standards.
These certifications ensure the operation table meets electrical safety, mechanical stability, and quality management requirements.
An operation table should feature:
While price is an important factor, hospitals should focus on total cost of ownership.
Lower-priced operation tables may save budget initially but often lack durability or advanced features.
High-quality operation tables offer:
A multi-functional operation table reduces the need to purchase multiple specialty tables.
Many hospitals make avoidable mistakes when purchasing an operation table:
A well-chosen operation table should serve the hospital for 10–15 years.
Selecting the right operation table is a strategic investment for any hospital or surgical center. The operation table directly affects surgical precision, patient safety, staff efficiency, and overall operating room performance. By understanding the different types of operation tables, key technical features, departmental requirements, and long-term value considerations, decision-makers can make informed choices that support both current and future clinical needs.
A reliable, versatile, and certified operation table is not just equipment—it is a cornerstone of modern surgical care. Hospitals that invest wisely in the right operation table position themselves for improved outcomes, higher efficiency, and long-term success.
A high-quality operation table typically lasts 10–15 years, depending on usage frequency and maintenance.
If your hospital performs a wide range of surgeries and requires precise positioning, an electric operation table is the better choice.
If your hospital performs orthopedic trauma, spinal, or interventional procedures, an imaging-compatible operation table is highly recommended.
Yes. A modular electric operation table with appropriate accessories can support multiple surgical specialties.
At minimum, an operation table should have CE certification and comply with ISO 13485 standards.