mon-fri 9-13 / 14.30-18.30
Swivel stool for medical practices with ring for height adjustment.
Stool for medical offices, clinics, with 360° rotatable backrest.
Medical stool in polyurethane foam. Adjustable seat height from 500 to 620 mm. With wheels.
Medical and clinic stool in eco-leather. Load capacity: 250 kg. Height-adjustable seat from 465 to 595 mm.
Medical surgery stool with padded seat and backrest. Height: 74-92 cm. Capacity: 120 kg.
Stool for medical clinics available in various colors. Adjustable height: 84-110 cm.
Stool for clinics and hospitals. Height adjustable via regulator ring from 45 to 58 cm.
Stool for clinics and medical offices with round padded seat. Seat size: Ø 360 x h. 50 mm.
Stool for medical practices with foot control. Ergonomic seat. Dimensions: W. 50 x D. 50 x h. from 60 to 85 cm.
Medical practice stool with foot pedal operation. Saddle seat. W. 50 x D. 50 x h. from 62 to 87 cm.
Clinical stool with triangular seat, backrest and aluminum base. Foot pedal operation. Adjustable height from 58 to 83 cm
Professional clinical stool with backrest and foot control. W. 50 x D. 50 x h. from 58 to 83 cm.
Anatomical stool for dental practices. Saddle seat adjustable in height from 51 to 78 cm via foot control.
Medical stool with 360° swivel backrest and height-adjustable seat from 52 to 65 cm. Available in multiple colors.
Stool for medical practices with circular seat. Chromed aluminum base. Adjustment ring for height variation 43-55 cm.
Dental stool with backrest. Stainless steel frame. Height adjustable from 51 to 70 cm.
Medical office stool with height adjustable from 52 to 70 cm via adjusting ring. Base diameter: 61 cm. Seat upholstered in imitation leather.
Stool for medical and dental practices. With backrest and adjustable height from 49 to 69 cm. Seat diameter: 35 cm.
Dental stool with backrest. Stainless steel frame. Height adjustable from 46 to 65 cm via gas spring.
Medical stool for clinics with height adjustable by hydraulic foot pump. Padded seat Ø36 cm.
Stool for dental practices with stainless steel frame. Height adjustable from 49 to 68 cm with foot control. Round seat Ø38 cm.
Medical stool for medical use with backrest. Height adjustable by gas spring, with foot control disc from 49 to 69 cm. Available in multiple colors.
Stool for dentistry and medical clinics. Height adjustable from 48 to 68 cm via gas spring with foot control. Stainless steel frame.
Stool for dental surgeries with height adjustable via foot control disc. Tilting and height-adjustable backrest.
Clinic stool with saddle seat. Foot-operated hydraulic pump for height adjustment from 55 to 80 cm.
Professional medical stool with hands-free foot pedal adjustment, Ø61 cm chrome-plated aluminum base and high-resistance synthetic leather seat.
Medical stool with anatomical saddle and backrest. Material: 18/10 AISI 304 stainless steel. Overall dimensions: Ø 440 x h. from 590 to 790 mm.
Technical stool for doctors and surgeons. With backrest. Height adjustable via foot control.
Surgeon chair with variable height and armrests. Electric adjustment.
Medical stools for doctors’ offices represent a fundamental element in the furnishing of any outpatient clinic, as they must combine comfort, ergonomics, and practicality of use during long working days. Choosing an appropriate stool directly affects the health professional’s posture, the reduction of physical fatigue, and the quality of care provided to patients. A well-designed product facilitates the movements of the doctor, dentist, physiotherapist, or nurse, allowing them to quickly transition from a sitting to a semi-upright position, which is essential in medical environments where activities require continuous postural flexibility. The market offer ranges from essential models to technically advanced solutions, each calibrated for specific operational contexts and budgets.
A specialized medical stool offers concrete advantages over common chairs. Adjustable height allows the professional to adapt to the different heights of the patient and work surfaces, avoiding incorrect postures that would cause cervical, lumbar, and joint pain in the medium to long term. The mobile base on wheels guarantees freedom of movement within the operating space, reducing unnecessary effort and accelerating transitions between different workstations. The materials used, such as polyurethane, foam rubber, and steel, are chosen to withstand frequent contact with disinfectants and hygienic solutions, a crucial aspect in healthcare environments where sterility and ease of cleaning are non-negotiable.
Ergonomics represents the true distinctive benefit: models with telescopic footrests support correct body weight distribution, while padded seats reduce pressure on the spine during prolonged maneuvers. Ergonomic studies have shown that a professional working on an inadequate stool accumulates muscle fatigue that compromises concentration and operational precision; conversely, a correctly designed solution minimizes these effects.
Furthermore, many medical stools feature characteristics such as the gas lift system (for smooth and controlled adjustments), the aluminum base (more stable and hygienic), and coated wheels (which do not leave marks on floors and allow for silent movement). Those operating in high-patient-traffic contexts particularly appreciate the speed with which height and positioning can be adjusted, factors that reflect on the overall efficiency of the outpatient session.
The range of medical stools available covers very different needs. Stools without backrests are the most essential and versatile models: characterized by a circular or shaped seat, adjustable height, and a mobile base, they represent the ideal solution for contexts where space is limited and the need for movement is high. These models are perfectly suited for dentists, dermatologists, and professionals who require maximum lateral mobility. Adjustment systems vary: some use manual levers, others gas pistons (which guarantee a more gradual and controlled lowering and lifting), and others use screw mechanisms (more economical but less high-performing).
Stools with backrests offer additional dorsal support, crucial for those who work many hours sitting or in semi-recumbent positions. This type includes ergonomic variants with a saddle seat (which promotes natural shoulder posture) and an adjustable backrest to adapt to different physiques. Seat materials are typically polyurethane, foam rubber, or faux leather, available in multiple colors to integrate with the clinic’s decor.
Another important category concerns stools with telescopic footrests: the footrest extends vertically, allowing the professional to assume a raised position without straining the legs. These models are particularly common in gastroenterology, proctology, and some surgical specialty clinics. There are also high-end medical stools with a Ø50 cm aluminum base, a Ø32 cm padded seat, and a load capacity of up to 150 kg: robust and professional solutions for facilities that require high performance and certified durability. Prices vary from approximately 60 euros (entry-level wooden or plastic models) up to over 150 euros (technically advanced solutions with premium finishes).
The selection of a medical stool must start from an analysis of the specific context of use. Fundamental questions include: how much time does the professional spend sitting daily? What are the prevalent movements performed during the working day? Is the clinic space large or compact? A dentist who alternates between sitting and semi-upright positions will benefit from a stool with a backrest and good adjustment capacity, while a dermatologist performing quick biopsies might prefer a model without a backrest, which is leaner and more mobile. A technical aspect frequently underestimated concerns the final working height: the stool must allow the professional to be positioned at such a height that the arms remain relaxed and the eyes naturally directed toward the operating field, without the need to bend the neck.
The seat material is important both ergonomically and practically. Padded foam rubber offers maximum comfort but requires more hygienic maintenance; polyurethane is more resistant to disinfectants and mechanical stress, ideal for high-patient-flow environments. Wheels should be chosen considering the floor: standard wheels are fine on tiles, but if the clinic has parquet or delicate floors, it is preferable to opt for rubber-coated wheels.
A common mistake consists in purchasing a stool based solely on price: an inexpensive model with a faulty adjustment mechanism leads to daily discomfort and frequent replacements, proving to be uneconomical in the medium term. It is advisable to prefer stools with stability certifications (ISO 11195 for medical devices), declared load capacity, and an extended warranty. If the clinic employs several professionals with different physiques, it is worth investing in models with a wide adjustment range (e.g., from 44 to 90 cm in height) and interchangeable seats, rather than purchasing multiple specialized units.
Medical stools for doctors’ offices fall into the category of medical furniture and must comply with specific regulatory standards to guarantee safety and reliability. The ISO 11195-2 standard governs the stability and safety criteria of operating chairs used in medical and dental settings, defining load tests, structural resistance, and behavior in case of oscillations. This regulation establishes that a stool must support weights up to a minimum of 110 kg (often exceeded by professional models that reach 150 kg) without permanent deformation, and that the base must maintain a stable balance on flat surfaces inclined up to 10%.
Hygienic requirements are particularly relevant in healthcare. Coating materials must be resistant to common disinfecting agents (alcohol, chlorine, hydrogen peroxide) without degrading or releasing toxic substances. Joints and gaps between the seat and base must be designed to minimize the accumulation of dust or microorganisms. Gas pistons, if present, must comply with EN 12639 standards to guarantee long-term tightness without pressure loss.
From the perspective of safety in use, it is mandatory for the stool to be equipped with an easily accessible wheel locking system to avoid unwanted rolling while sitting. Edges must be rounded, and finishes must not have sharp parts that could injure the operator’s skin. For facilities operating according to ISO 9001 protocols or requiring specific certifications (such as public ones), it is advisable to verify that the supplier has complete technical documentation, CE declarations of conformity for Class I medical devices, and traceability of the materials used.
Explore all the products in the category and compare the available solutions to find the one best suited to your operational context. The correct choice of a medical stool is an investment in your postural health and the efficiency of your daily work.
A medical stool is specifically designed for healthcare environments: it includes hygienic materials resistant to disinfectants, a mobile base optimized for small spaces, rapid height adjustment, and semi-upright working positions. An office chair is designed for prolonged sedentary work and lacks these features.
Gas pistons offer the best compromise between smoothness and control: they allow for gradual adjustments and maintain the position without slipping. Manual levers are economical but less elegant. Screw systems are robust but take more time to adjust. Choose based on the frequency of height changes during the day.
The ideal height allows the feet to rest comfortably on the ground or on the footrest with the legs relaxed, while the arms remain naturally aligned with the work surface without lifting the shoulders. For most healthcare professionals, the range of 44-90 cm covers common needs.
It depends on tax regulations and the category of activity. If the stool bears the CE marking and documentation of conformity as a Class I medical device, it can potentially be included in deductible expenses. Check with an accountant for the specific criteria of your region.
Most stools weigh between 6 and 10 kg, making them easy to handle. Models with an aluminum base are slightly heavier but more stable. Wheels facilitate movement; if space is very tight, consider compact models with a smaller base.
Clean regularly with specific disinfectants (70° alcohol, diluted chlorine-based solutions) avoiding excess water that could damage the pistons. Periodically check the wheels for any debris and lubricate the adjustment mechanisms according to the manufacturer’s instructions to ensure long-term operation.
Dental stools are generally slimmer to facilitate access to the patient sitting in the chair, while those for dermatologists or general practitioners prioritize stability and dorsal support. The main difference is in the base design and rotation capability, not in the fundamental construction principles.
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