Green Anesthesia Flask 0.5 Liters

The 0.5 Liter Green Anesthesia Bag is a fundamental device used during anesthesia procedures to ensure correct administration of anesthetic gases to patients. This flask, thanks to its easily recognizable green color, is specifically designed to facilitate rapid identification during operations, reducing the possibility of errors. It also stands out for its high resistance and durability, being made with high quality materials that guarantee the structural integrity of the device even after numerous cycles of use. The 0.5 liter capacity makes it ideal for applications on small animals and in interventions that require precise management of gas volumes. Furthermore, the flexibility and elasticity of the material ensure an optimal return to the original shape after being compressed. This allows accurate management of ventilation without air leaks and without alterations in the gas flow, thus helping to maintain the safety and stability of the anesthetic conditions throughout the operation.

The compact and handy design allows for easy connection to anesthetic circuits, allowing the operator to quickly adapt to different configurations and clinical needs. The Green Anesthesia Bag is compatible with most common veterinary anesthesia systems available on the market, thus offering a versatile and universal solution for anesthesia management. Its specially designed surface allows for a firm grip, facilitating manual control even when wearing gloves. The green color is an important visual signal that improves safety, allowing immediate differentiation compared to other devices and balloons of different capacities, optimizing the management of instruments in critical environments where speed and precision are essential.

Therapeutic Indications

The 0.5 Liter Green Anesthesia Bag is used primarily as an essential component of the respiratory circuits during the administration of anesthetic gases. It is particularly suitable for small patients, both in veterinary and laboratory settings, where it is necessary to carefully monitor the administration and quantity of anesthetic mixture delivered. It is used to support manual ventilation of patients during surgical procedures, for the maintenance and induction of controlled anesthesia, offering effective respiratory assistance in case of need or apnea. The balloon acts as a reservoir for anesthetic gases, guaranteeing the immediate availability of the required volume of air during the most delicate phases of the operation, preventing risks of hypoxia or insufficient administration of anesthetic.

It is recommended in contexts where there is a need for precise and constant control of inspired pressure and volume, offering the possibility of visually monitoring the state of the respiratory system thanks to the partial transparency of the material. It can be used not only during operational phases but also in emergency situations, ensuring continuity of ventilation quickly and efficiently. The use of the 0.5 Liter Green Anesthesia Bag also allows you to optimize the distribution of anesthetic gases in sensitive patients or in subjects with particular respiratory conditions, improving the overall safety of the operation.

Composition

The 0.5 Liter Green Anesthesia Balloon is made with high quality synthetic materials, specifically selected to ensure optimal resistance, flexibility and elasticity. The main composition includes medical rubber or medical grade silicone, materials known for their biocompatibility and the absence of toxic agents capable of interfering with the anesthetic gas mixture or with the patient's health during prolonged procedures. The green color is obtained through the use of non-toxic pigments stable to light and chemical agents commonly used in operating environments.

All the materials used are selected to prevent any formation of cracks, breaks or leaks even following repeated compressions. The connection edge is reinforced to ensure perfect adhesion with standard anesthetic circuit tubes and fittings, eliminating the risk of accidental disconnection even under pressure. The internal composition of the balloon is free of phthalates and BPA, making it also suitable for use in particularly sensitive animals or in long-term procedures. The structure is designed to be easily washable and resistant to commonly used disinfectant agents, making it easier to maintain the high hygiene standards required in a clinical environment.

Contraindications

There are no specific contraindications related to the use of the 0.5 Liter Green Anesthesia Bag from the point of view of the device itself. However, it is important to avoid using the balloon in the presence of visible damage such as cuts, cracks or any other sign of deterioration of the material that could compromise its integrity or seal. Do not use the device in circuits or in combination with fittings that have size incompatibilities, as this could lead to leaks of anesthetic gas and compromise the safety of the patient and the operator.

Before use, a careful visual inspection is recommended to exclude the presence of manufacturing defects or wear due to previous use. If there is a suspicion of contamination of the materials with aggressive chemicals or residues that cannot be removed with normal cleaning, the flask must be replaced, as the material could lose its mechanical properties and compromise its functionality. We also advise against using the device for purposes other than those intended (i.e. pulmonary ventilation in the anesthetic field), to avoid risks for both the operator and the patient.

Safety of the drug for the species

The safety aspect associated with the use of the 0.5 Liter Green Anesthesia Bag mainly concerns the compatibility of the materials with the respiratory physiology of the patients treated, be they small animals or pediatric subjects in the veterinary field. The device is designed not to release harmful substances even after prolonged exposure to anesthetic gases or humidity contained in exhaled air. The elasticity of the material prevents sudden variations in inspiratory pressure, protecting the lung tissues from mechanical trauma caused by over-distension.

Although the bag is safe for use with intended patients, the correct functioning of the device must always be checked before each use, in order to avoid risks of malfunctions that could lead to episodes of hypoxia or hyperventilation. It is important to ensure that the device is used by qualified personnel who are duly trained in manual ventilation techniques, in order to minimize errors related to improper use.

Precautions

As regards precautions, it is essential to ensure that the 0.5 Liter Green Anesthesia Bag is appropriately sanitized between one patient and another, to avoid the risk of cross-contamination. The device should be stored in a dry environment, away from heat sources or direct sunlight which could weaken the structure of the material over time. Cleaning must be carried out exclusively with suitable detergents compatible with the materials, avoiding aggressive solvents which could degrade the surface and colour.

During use, it is essential to constantly monitor the structural integrity of the balloon, especially in long-term or high-frequency procedures. It is advisable to replace the balloon after a high number of use cycles to ensure maximum efficiency and safety. Furthermore, it is recommended to avoid contact with pointed or sharp objects which could accidentally puncture the surface, compromising the functionality of the device. In case of doubt about the condition of the balloon, it is preferable to replace it rather than risk a loss of efficiency during the intervention.

Method of administration

The 0.5 Liter Green Anesthesia Bag is used manually by the operator during the delivery of anesthetic gases, using a gradual compression system that allows controlled insufflation into the respiratory circuits. The balloon is connected to the terminal of the anesthetic system via a standard fitting, and the volume of expelled gas is modulated through the manual pressure exerted on the device. The 0.5 liter capacity allows for optimal use on small or medium-sized patients, where greater attention is required to the quantity of air or anesthetic mixture supplied.

The device can be used both for fully controlled manual ventilation and as an aid to automatic systems in times of need, such as in the event of temporary disconnection or in the presence of episodic intraoperative apnea. The operator must adapt the compression force based on the patient's pulmonary resistance, always keeping the vital parameters and the anesthetic circuit adjustments under control to avoid complications. After use, the flask must be disassembled, carefully cleaned and placed in a sterilized container until next use.

Treatment program

The use program of the 0.5 Liter Green Anesthesia Bag varies depending on the type of intervention and the duration of the anesthetic procedure, but in general it follows the need to temporarily support or replace the patient's spontaneous ventilation. In case of general anesthesia, the bag is used for the entire period in which the patient is unable to breathe independently, ensuring an adequate supply of oxygen and anesthetic gases. For short-term procedures, it can only be used in the induction and awakening phase, while for longer operations its use extends to the entire sedation period.

In emergency or respiratory arrest settings, the bag is used as the primary tool for patient resuscitation, providing continuous manual ventilation until respiratory function resumes or until connection to an automatic ventilator. In the veterinary field, the balloon is particularly suitable for small animals that require precise control of inhaled and exhaled volumes, protecting the safety of the anesthetic procedure.

Target species

The 0.5 Liter Green Anesthesia Balloon is mainly intended for veterinary use, with particular effectiveness on small domestic animals such as small dogs and cats, as well as exotic animals, rodents and guinea pigs. It is also indicated for pediatric animals or young patients who require delicate and calibrated ventilation management. The flexibility of use makes it suitable for different categories of patients based on the clinical needs identified during the pre-operative evaluation.