mon-fri 9-13 / 14.30-18.30
Mayo tables represent a fundamental element of operating room furniture in any healthcare facility that performs surgical procedures. These instrument stands, characterized by adjustable height and a stainless steel tray, allow nursing staff and surgeons to keep surgical instruments within reach during procedures. The choice of the right Mayo table directly affects the efficiency of the surgical team and patient safety, reducing downtime between procedures and ensuring optimal sterility throughout the entire process.
Available in various construction configurations—from three-wheel bases to professional solutions with hydraulic pumps—these tables adapt to very different operational needs. The design versatility of modern Mayo tables allows them to be effectively integrated into cramped environments and operating rooms of varying sizes, while always maintaining high standards of hygiene and ease of maintenance.
The use of a Mayo table compliant with international standards significantly improves the organization of the surgical space. During surgery, staff need quick access to instruments without moving away from the sterile field, and a correctly designed table reduces the risk of cross-contamination. Height adjustability represents a concrete advantage for adapting the table to the operator’s height, preventing muscle fatigue and incorrect postures that could compromise gestural precision during delicate procedures.
In terms of operational practicality, stainless steel Mayo tables offer simplified cleaning and superior resistance to common hospital detergents, as well as autoclave sterilization cycles. Antistatic wheels, featured in more advanced models, ensure safe movement even in environments with sensitive electromedical equipment. The load capacity, generally between 25 and 50 kilograms, is sufficient for most standard surgical instruments while maintaining structural stability during operational maneuvers.
The catalog includes essential models with a three-wheel base, ideal for facilities with limited space or to increase ease of movement. These tables, characterized by simple construction, feature a fixed stainless steel tray with dimensions between 60x40 cm and 70x45 cm. Alongside these are more sophisticated solutions equipped with a five-star base, which guarantee superior stability during positioning in crowded environments. Models with hydraulic or manual adjustment allow the height to be extended from 750 mm to over 1400 mm, covering the needs of operators of different builds and physical configurations.
A specific category concerns MRI-compatible Mayo tables, built in anodized aluminum and designed for magnetic resonance environments where ferromagnetic materials are prohibited. Bridge models, with a tilting tray and surface dimensions exceeding 90 cm in length, are used in major surgery centers where the number of instruments in use simultaneously is high. Some tables feature a removable tray, facilitating the passage through the autoclave and rapid replacement between successive procedures, while others maintain a fixed surface to ensure secure anchoring of the instruments.
The decision between a basic solution and a professional model depends on the surgical volume of the facility and the number of procedures managed daily. An operating room performing routine procedures, such as minor plastic or ophthalmic surgeries, will benefit from simple, easy-to-handle tables with small trays. Conversely, general surgery or trauma departments, where procedures require numerous instruments of varying sizes, need models with larger trays and robust structural stability. A critical aspect is assessing the available space in the operating room: compact three-wheel models adapt to confined environments, while bridge solutions occupy more surface area but offer a superior operating surface.
A frequent error consists of underestimating the importance of height adjustability, selecting models with limited range that do not adapt to the anthropometric variability of the team. The load capacity must be verified against the average weight of the instruments used, also considering the weight of the tray itself. MRI compatibility is essential only for facilities with dedicated magnetic resonance, but it significantly reduces the table’s versatility in other surgical contexts. Finally, it is prudent to check the availability of spare parts (wheels, gaskets, hydraulic pumps) from the supplier, ensuring operational continuity in case of scheduled or extraordinary maintenance.
Mayo tables for operating rooms must comply with the UNI EN ISO 6930 standard, which establishes safety and performance requirements for surgical furniture. This standard prescribes static and dynamic load tests, certifying that the table easily supports the declared maximum weight without permanent deformation. The stainless steel used must be AISI 304 or higher (AISI 316), ensuring corrosion resistance and compatibility with steam sterilization cycles in autoclaves at temperatures up to 134°C. Surfaces in contact with the sterile environment must be washable and disinfectable with standard hospital detergents, without porosity that could favor bacterial colonization.
Structural stability is regulated in relation to the number of wheels and the base configuration: three-wheel models require a triangular base with angles not less than 45°, while five-star solutions must guarantee a stability radius such as to avoid tipping during movement or when the load is eccentric. The wheels, if antistatic, must dissipate electrostatic charges in accordance with the UNI EN ISO 6356 standard. A further requirement concerns adjustment systems: hydraulic pumps and locking mechanisms must be tested for resistance to 10,000 extension-retraction cycles without loss of functionality. Accompanying documentation must contain routine and extraordinary maintenance instructions, mandatory check intervals, and safe disposal procedures at the end of life.
Explore all the products in the category and compare the available solutions to find the one best suited to your operational context. Each model is selected according to international standards of quality and reliability in the healthcare sector.
Three-wheel tables occupy less space and are more maneuverable in small environments, but have lower stability when the load is distributed eccentrically. Five-star models offer greater structural stability, better resist lateral stresses, and are preferable in crowded operating rooms where the table is subject to accidental impacts during movement.
Yes, it is fundamental. The height range allows the table to be adapted to the operator’s height, preventing incorrect postures and muscle fatigue during long procedures. A table adjustable between 750 and 1400 mm adapts to operators of different builds, improving surgical efficiency and reducing ergonomic risks for nursing staff.
AISI 316 is superior to AISI 304 in environments with high salinity or corrosivity, as it contains molybdenum which increases resistance. For most standard operating rooms, AISI 304 is sufficient and more economical, but if the facility is located near coastal areas or uses very aggressive detergents, AISI 316 is the preferable choice.
MRI compatibility means the table is built from non-ferromagnetic materials (anodized aluminum), allowing use in magnetic resonance environments without interference. It is only needed if the facility has a dedicated MRI; otherwise, it is not necessary and limits structural performance compared to standard stainless steel models.
Routine maintenance (deep cleaning, wheel inspection, lubrication) should occur monthly. Extraordinary maintenance with verification of the hydraulic system is recommended every 12 months or after 10,000 adjustment cycles. Manual adjustment systems require less frequent but still annual checks to verify the absence of excessive mechanical play.
It can stay in the operating room if the hygienic structure of the room allows it (dedicated spaces for positioning). However, good practices involve moving it to dedicated areas for cleaning and surface sterilization between procedures. The tray must always undergo decontamination after each use, regardless of the room configuration.
Most Mayo tables support between 25 and 50 kilograms, certified according to ISO 6930. The maximum weight depends on the specific model: professional tables with a five-star base and hydraulic pump reach 50 kg, while compact three-wheel models stay around 25-30 kg. It is essential to check the declared capacity in the technical manual before purchase.
Antistatic wheels are strongly recommended if sensitive electromedical equipment (monitors, medical gas cylinders, high-frequency instruments) is present in the operating room. In environments without critical equipment, standard wheels are sufficient. Electrostatic dissipation prevents accidental damage to sensitive devices and reduces risks related to charges accumulated during movement.
English 
Italian
French
German
Spanish