The pneumatic tube systems are designed for the easy transport of medicines, samples and bags of blood, serum, tissues, documents and laboratory samples quickly within the hospital.

Pneumatic tubes are highly modular and flexible, optimizing logistics processes increasing efficiency and patient safety.

Safely and reliably transport laboratory samples, blood products, supplies, and any other material.

Seasons

Adapt your system with different types of stations. The stations are the interaction points with your pneumatic tube system. It allows to receive and dispatch the materials. There are different types of stations depending on the use and complexity of each position.

Optional features

Optional capsule features (these features can be added to any model as required by the health center).

• RFID tag: Integrate RFID technology to enable full traceability. Each carrier is already equipped with a slot for a transponder.
• Cargo Dimensions: Customize the length of the capsules to take into account your unique transport requirements and the configuration of your pneumatic tube system.
• Colors: Easily identify capsules by department, material, or shipper and see how your flow improves.
• Protective Materials: Keep contents safe and prevent breakage with specially designed protective materials, such as aluminum pockets (to keep documents dry and wrinkle-free) that contain and stabilize the capsule contents.
• Lock systems: Restrict access to content and comply with relevant security requirements.
• Consolidate information from multiple sources in one place.

Very innovative surgical procedures are performed in the operating rooms that we observe today.

After a hospital decides to choose the installation and equipment of a modular operating room, the type of technology that will be used in the area and the approach that will be adopted must be determined, this followed by an important planning process.

It is important that before choosing the installation of this type of operating room, all the parties involved are interviewed, which includes medical and nursing personnel, to determine basic aspects related to the location, size, type of procedure that will be carried out in it and the amount of equipment that will be necessary for it to function properly.

The modular operating room is a dynamic work environment in which effective team collaboration is critical to obtain the better results after surgery.

Reasons to choose a modular operating room

There are many reasons why, at present, hospitals decide to build and equip a modular operating room, this mainly due to the great benefits that this type of surgery room can produce in the patient and in the personnel in charge of your attention.

Minimal site disruption

A surgery room is also influenced by the commotion of elements that are fundamental for any hospital, patients, hospital staff, equipment, cleaning staff, etc.

In traditional construction methods, there is more disruption and noise compared to modular operating room construction, since the work on site is minimal; the rest of the work is done off-site in a sterile and safe place.

Access to the site is very easy, fast, and efficient and there is no interruption when cleaning the area as maintenance only takes a few minutes.

Better safety for the patient and staff

Surgical site infection is the second most common problem associated with medical care that can lead to serious illness.

Traditional construction methods can raise the mortality rate considerably if infection occurs in the operating room.

In modular construction, the chances of site infection are very low, since fewer elements are involved and they are manufactured in a sterile environment; consequently, safety and health are greatly improved.

All the services that are included in the operating room can be inspected by qualified personnel at any time, and the services that are in them can be mobilized very easily.

Minimal disruption to the site

The modular operating room is influenced by a set of elements that are essential for any hospital, patients, hospital staff, equipment, cleaning staff, etc.

In traditional construction methods, there is more disruption and noise compared to modular operating room construction, since the work on site is minimal; the rest of the work is done off-site in a safer location.

Uncompromising quality

In traditional construction methods, the design and construction models depend above all on the work that is carried out by the labor that has been hired, while in modular construction there is no compromise related to the quality of the work.

In modular operating theaters, floors that crack are not hired, there are no cavities where dirt and dust can accumulate, sharp edges or others are avoided, since well-trained personnel are hired to carry out the work.

Fully customizable

The methods used in modular construction have the advantage of being able to be personalized from the beginning of the work, even during it, some spaces can be modified when they are not the most suitable.

There are no restrictions on layout, internal appearance, or external treatments at any point when it comes to modular construction, making it one of the best methods for building modern operating rooms.

Quick and easy upgrade

As the modular construction is highly customizable it has the ability to reduce the total construction time.

Upgrading the operating room can be done very easily with minimal disruption to the hospital staff and environment.

Sustainability

The modular construction is more efficient in energy use is more environmentally friendly and provides a system without oxide, pollution – free and also a long life.

Lower costs of civil engineering works

The modular system used for the construction of modular operating rooms is totally independent of the existing structural walls and pillars and therefore has the ability to achieve maximum benefits in open space environments.

Engineering costs are significantly reduced, construction times are reduced, and there is total flexibility in space design.

Today, every successful medical institution has modern medical equipment in its arsenal. This is due not only to the prestige of the institutions, but also to the need to apply new treatment methods, which are sometimes impossible without innovation. An important milestone in the development of equipment for medical structures is assigned to medical gas systems. Medicinal gas systems are developed according to the profile of the institution and the volume of gas consumed.

What is medical gas supply?

Medical gas systems are a network of gas pipelines, gas supply sources, medical consoles … Medical gas supplies are used in operating rooms and intensive care units, and oxygen is available in wards and emergency rooms.

The gas pipeline system is designed so that medical personnel and patients do not have direct contact with the main gas supply. Cylinders or other containers with gas are located in special storage areas, which can be located both in basements, and outside the building in specially equipped places.

Medical gas systems and characteristics of their operation.

Medical gas supply systems require increased attention to safety. To avoid hazards, control and shut-off valve modules are installed in the gas pipeline to quickly disconnect the building from the gas supply in the event of an explosion hazard.

To control the amount of gas supplied to each specific module, electronic monitors are installed to monitor the status of the gas supply system.

The quality of the medical gas supply system depends on the manufacturer, the properties of the materials used in its manufacture, as well as the efficiency and quality of the medical gas supply installation. Therefore, if the decision is made to install a medical gas system, it is worth giving preference to experts in the design and installation of gas supply systems. This guarantees the absence of operational problems, as well as the possibility of effective maintenance of the gas supply system in the future.

The design of medical gas systems is carried out taking into account the existing building and utility space planning solutions, the choice of facilities for placing the equipment, the method of laying the external pipes. Complex selection of technical devices – Gas sources, compressors, and vacuum stations, shut-off and control valves, life support consoles, instrumentation depends on the characteristics and needs of the sanitary facility.