Perfusor Space syringe pump in detail

The Space generation syringe pump from B. Braun supports infusion therapy at the highest level and is flexible and space-saving. The syringe pump fulfils the requirements of EN 1789 and 13718-1 and is therefore suitable for use in the emergency services. The Perfusor Space impresses with its flexibility and precision, even in the tightest of spaces. It has excellent start-up and delivery characteristics, can be customised, is clear and easy to operate and has sophisticated safety features such as a piston brake to reduce handling errors. The keypad and display are illuminated and therefore clearly visible even in the dark. The Perfusor Space can be used as a single pump, in a performance package with up to 3 Space pumps or in a Space system.

Application & training

Definition of the perfusor space

The perfusor space is a term used in medicine to describe the area of a tissue in which blood circulation and the exchange of oxygen and nutrients take place. It comprises the capillaries, arterioles and venules that run through the tissue and are responsible for the exchange of substances. The perfusor space plays a crucial role in many areas of medicine, for example in the treatment of cardiovascular diseases, in the performance of surgical procedures or in the development of new drugs. By measuring blood flow and the perfusor space, doctors can obtain information about the function and health of a tissue. A change in the perfusor space can indicate various diseases or disorders, enabling early diagnosis and targeted treatment. Therefore, understanding the perfusate space is of great importance to medicine and is being studied intensively in both research and clinical practice.

Importance of accurate delivery in medical facilities

In medical facilities, accurate delivery is critical. According to the background information, incorrect or inaccurate deliveries can have serious consequences for the health of patients. Accurate delivery in this context means that the right medicines, medical devices and supplies are delivered to facilities on time and in the right quantities.

Accurate adherence to deliveries is important to ensure that medical facilities can fulfil their tasks effectively. If there are delays or irregularities in deliveries, patients cannot receive adequate care. This can lead to compromised treatment plans, unnecessary complications and even life-threatening situations.

The background information indicates that return exclusions are particularly important for some products in medical facilities. When faulty or inaccurate supplies occur, medical facilities need to be assured that they can return these products without issue to prevent harm to patients.

To summarise, accurate delivery is of great importance in medical facilities. It ensures smooth patient care and prevents potentially life-threatening situations. Keywords to include: medical facilities, accurate delivery, importance, background information, withdrawal exclusion.

Features of the perfusor room

The perfusor room is an area in hospitals and medical facilities that is set up to perform heart-lung machine procedures and other methods to support circulatory function. This section explains specific features of the perfusor room that make it an essential part of the surgical process. The perfusor room is a sterile area that maintains precise temperature and air control to ensure optimal conditions for the patient. Other features include well-equipped and technologically advanced equipment to monitor and support the functions of the cardiovascular system. This includes instruments to measure and regulate blood pressure, oxygen levels and temperature, which must be closely monitored. The perfusor room also provides a safe and comfortable environment for the medical staff working in this area during surgery. There are clear communication and monitoring systems in place to ensure that the patient is adequately cared for during the procedure. Overall, the perfusor room plays a crucial role in ensuring the safety and optimal health of a patient during a surgical procedure.

Excellent delivery accuracy

The Perfusor® Space is characterised by its excellent delivery accuracy. The delivery accuracy is ± 3 % at a flow rate of 0.1 ml/h to 1,500 ml/h, which enables precise dosing and administration of medication. This is particularly important in areas such as intensive care medicine or pain therapy, where precise medication dosing is crucial.

The universal applicability of the Perfusor® Space is a further advantage. It is compatible with various syringe formats, which increases flexibility of use. The design concept of the Perfusor® Space is ergonomic and facilitates handling for healthcare professionals. The fully automatic drive enables simple and efficient operation, as the Perfusor® Space automatically applies the necessary force to reliably deliver the medication.

The integrated plunger brake ensures safe dosing by preventing the syringe plunger from moving when the Perfusor® Space is switched off or the syringe plunger is blocked. This reduces the risk of overdosing and ensures optimum patient safety.

The drug database of the Perfusor® Space provides a wide range of drug-specific information, such as dosage recommendations and administration guidelines. This makes it quick and easy to set up infusions and helps to reduce errors.

The cost-cutting benefits of the Perfusor® Space lie in the optimised dosing, which enables efficient use of medication. In addition, the intuitive operation of the Perfusor® Space minimises the need for training and thus reduces training costs for healthcare professionals.

Overall, the Perfusor® Space offers excellent delivery accuracy, universal applicability, an ergonomic design concept, a fully automatic drive, an integrated piston brake, a medication database, cost-cutting benefits and intuitive operation.

Standard perfusor for single syringe pumps

The standard perfusor for single syringe pumps is an important tool in medical practice and enables the precise and controlled administration of fluids or medication. There are various models that differ in their features and functions.

One popular model is the "Infusomat" perfusor from B. Braun. This perfusor has a large display on which the flow rate, remaining infusion time and other relevant information can be shown. The Infusomat also offers the option of setting different programmes to adapt the infusion to the patient's individual needs. Accessories such as special infusion sets and tubing are available for the Infusomat.

Another model is the "Perfusor compact" perfusor from Fresenius Kabi. This perfusor is characterised by its compact design and also has a user-friendly display. In addition to the basic functions such as setting the flow rate, the Perfusor compact offers a variety of other settings, including an alarm function in the event of a drop in pressure. Accessories such as special syringes and adapters are available for the Perfusor compact.

The "Space" perfusor from B. Braun is another frequently used model. This perfusor is characterised by its versatility and offers a wide range of functions, including the ability to control several pumps simultaneously. The Perfusor Space has a simple control panel and an intuitive user interface. Accessories such as special infusion sets and pump modules are available for the Perfusor Space.

In summary, different models of single syringe pump perfusors can be found on the market, such as the Infusomat from B. Braun, the Perfusor compact from Fresenius Kabi and the Perfusor Space from B. Braun, each offering their own features and functions. Each manufacturer also offers a variety of accessories to meet the individual needs of users.

Bedside infusion system

The bedside infusion system is a medical device used to administer fluids to patients. It consists of an infusion bag, a tube and a drip chamber that are connected to the patient's bed. The basic function of this system is to deliver fluids such as medication, nutrients or electrolyte solutions into the patient's body in a controlled and accurate manner.

The use of a bedside infusion system has several advantages. Firstly, it enables precise dosing of the desired amount of fluid. This is particularly important when administering medication or life-sustaining infusions, where the exact amount of fluid is crucial. Secondly, the system ensures safe fluid administration as it is equipped with a gravity control or electronic pump to control the flow of fluid. This minimises the risk of over- or under-dosing.

Another advantage of the bedside infusion system is its high compatibility with different types of infusion solutions. It can be used for both standardised and customised fluids. This allows physicians to meet the specific needs of each patient.

Overall, the bedside infusion system is a safe and effective method of fluid administration. Its basic features, uses and benefits help to ensure accurate dosing, high compatibility and customisation.

Dispensing features

Dispensing features are an important component in various aspects of life. Whether it's a written assignment, a tax return or the return of a borrowed item, handing something in is a fundamental process. A submission usually requires a clear deadline that must be met. In addition, it is important that the return is submitted properly and completely. This means that all required documents or materials must be submitted in the correct format and according to the specific requirements. Submitting an assignment correctly is critical to an individual's success as it demonstrates compliance with rules and regulations, as well as organisation and responsibility. Submitting something is often seen as time-critical and therefore requires efficient time management. It is important that handing in is done on time to avoid possible negative consequences such as penalties or loss of privileges. Features of dispensing are therefore of great importance and should be taken seriously in various aspects of life.

Dosing via medication database

Dosing via the Perfusor® Space medication database enables precise and safe administration of medication. The database contains extensive information on various medications, including dosage guidelines, contraindications and side effects.

To calculate a dosage, the user must first select the desired medication from the database. They then enter the patient's body weight to determine a customised dosage. The database also takes into account factors such as the patient's age and the corresponding dosage recommendations.

The medication database offers various functions to ensure accurate dosing. These include, for example, automatic dose calculations, warnings in the event of a possible overdose or underdose and recommendations for adjusting the dosage in certain situations, such as kidney or liver dysfunction.

The EN 1789 and 13718-1 standards are of great importance for use in the emergency services. The EN 1789 standard regulates the requirements for ambulances and defines the safety standards for medical equipment, among other things. Standard 13718-1, on the other hand, specifies the requirements for pre-hospital emergency care and ensures that rescue services operate at the highest level.

Overall, dosing via the Perfusor® Space medication database enables the safe and accurate administration of medication and helps to ensure the best possible care for patients in the emergency services.

Uncontrolled infusion

An uncontrolled infusion can have considerable risks and effects on the body. On the one hand, an infusion rate that is too fast or too high can lead to overhydration, which can overload the circulatory system and damage organs such as the liver or kidneys. This can lead to serious complications such as heart failure, pulmonary oedema or kidney failure.

In addition, an uncontrolled infusion can also lead to infection if, for example, the infusion material is not properly sterile or the infusion site has not been adequately disinfected. This can lead to septicaemia or an abscess.

The causes of an uncontrolled infusion can be manifold. Incorrect setting of the infusion rate by medical staff can be one cause. Incorrect calculations of the amount of fluid required or the use of unsuitable infusion solutions can also lead to an uncontrolled infusion.

To avoid uncontrolled infusions, it is important that medical staff are trained and informed about correct handling. Accurate calculation of the amount of fluid required and regular checks of the infusion rate are also important to minimise the risk of an uncontrolled infusion.

Symptoms that may indicate an uncontrolled infusion include pain or swelling at the infusion site, fever, chills, nausea or a deterioration in general condition. If such symptoms occur, it is important to seek medical help immediately to prevent possible complications.

Overall, an uncontrolled infusion is associated with serious risks and possible consequences. It is therefore crucial that both medical staff and patients are aware of the risks and take all necessary measures to ensure safe infusion therapy.

Simple operation

The Perfusor®Space is characterised by its ease of use. This syringe pump system makes administering medication or fluids to the patient extremely simple and efficient. The pump is operated intuitively via a user-friendly touchscreen display, which allows the desired delivery rate to be set quickly and easily.

The Perfusor®Space also impresses with its excellent delivery accuracy. This precision ensures optimal medical treatment by administering medication with the utmost accuracy. In addition, the Perfusor®Space can be used universally as it is suitable for a wide range of applications.

Important functions of the Perfusor®Space include automatic delivery rate calculation, which saves the user time and effort. In addition, the syringe pump has an integrated piston brake that prevents the liquid from being drawn back and therefore offers maximum safety. Another highlight is the fully automatic drive system, which ensures smooth and precise pump operation.

With its simple operation, excellent delivery accuracy and universal applicability, the Perfusor®Space is a reliable and indispensable syringe pump in medical treatment. The automatic delivery rate calculation and the integrated piston brake ensure additional safety and efficiency when administering medication.

Battery life and flexibility

The Perfusor® syringe system is characterised by its impressive battery life and flexibility.

Thanks to its intuitive operation, it is easy and user-friendly to avoid operating errors. This enables smooth and safe working with the syringe system.

Another advantage is the medication database, which contains up to 1200 medications. This makes it possible to control the dosage precisely and avoid errors. The plausibility check ensures that the dose of medication administered is always correct and safe.

The flexibility of the Perfusor® syringe system is made possible by the PDMS connection. This can be achieved either via the SpaceStation with integrated SpaceCom or individually via WLAN. This makes it possible to adapt the syringe system to different environments and requirements.

In summary, the Perfusor® syringe system offers impressive battery life, intuitive operation, an extensive drug database and flexibility through PDMS connectivity. It is a reliable option for precise drug delivery and ensures safety and accuracy in medical treatment.

Long-life batteries

Long-life batteries, such as lithium-ion batteries, nickel-metal hydride batteries and zinc-air batteries, have a longer lifespan compared to conventional batteries.

Lithium-ion batteries are the most widely used due to their high energy density. They have a long service life and can be found in many electronic devices such as laptops, smartphones and electronic vehicles.

Nickel-metal hydride batteries, which also have a long service life, can be used in hybrid vehicles, electric vehicles and solar systems. They are safer than nickel-cadmium batteries and have a higher energy density.

Zinc-air batteries are often used in hearing aids as they have a very high energy density and therefore last longer than other battery types.

The longer life of long-life batteries is due to advanced technologies and materials that increase their energy efficiency. They can better fulfil the energy requirements of devices and thus offer a longer operating time. They also have a low self-discharge rate, which means that they retain their energy for longer even when not in use.

The benefits of long-life batteries are a lower environmental impact, as they need to be changed less often, and a longer operating time for devices, which increases user-friendliness.

Integrated battery care

Integrated battery care is an advanced feature that is built into many modern batteries to improve battery life and performance. This feature works intelligently to protect the battery from damage and extend its life.

The main objective of integrated battery care is to optimise the charging and discharging process of the battery. It uses various methods and technologies to achieve this. One of the methods is to control the charging voltage to prevent overcharging. This technique ensures that the battery is not overcharged, which could reduce its service life.

Another method is deep discharge protection, which protects the battery from over-discharging. This prevents damage to the battery and increases its performance. In addition, integrated battery care adjusts the charging patterns depending on the battery condition to ensure optimum performance and service life.

The advantages of integrated battery care are manifold. It extends the service life of the battery as it protects against damage caused by overcharging or deep discharge. It also improves the performance of the battery by ensuring optimum charging. This is particularly important for devices that require a long-lasting battery life.

Overall, integrated battery care is of great importance to maximise battery life and performance. It ensures that the battery is charged and discharged efficiently, resulting in longer battery life and better battery performance.

Transportable device

A transportable device is an electronic device that can be easily transported to increase user convenience and mobility. In today's digital era, portable devices have become indispensable as they allow you to stay connected to the world anytime, anywhere.

One of the most common types of portable devices is the laptop. These lightweight and portable computers allow us to work, communicate and access information on the go. With a keyboard, a screen and a powerful processor, laptops are perfect for business people, students and travellers who need to complete their office tasks or gain a foothold on the road.

Another popular portable device is the tablet. With a touchscreen and sleek design, tablets are ideal for consuming media, browsing the internet and reading e-books. Their compact size means they can easily be carried in a handbag or backpack, providing users with a convenient way to work efficiently and enjoyably.

Finally, smartphones are the ultimate portable devices. These multifunctional mobile phones have revolutionised the way we communicate, search for information and discover the world. Smartphones not only offer the basic functions of a phone, but also allow us to access the internet, exchange messages, take photos and videos and use numerous apps and services.

Portable devices such as laptops, tablets and smartphones have undoubtedly changed the way we work, communicate and organise our leisure time. Their lightness and mobility make them indispensable companions in our hectic modern lives.

Wifi battery

The wifi battery is an important device used to power wifi hotspots. It makes it possible to establish a wireless connection to the Internet and thus ensure access to information and services even when travelling.

Handling the Wi-Fi battery is relatively simple. Firstly, you should make sure that the battery is charged regularly to ensure a continuous power supply. To do this, you can either connect the battery to a power socket or connect it to a computer via a USB cable.

It is also important to protect the Wifi battery from overheating and extreme cold. The optimum operating temperature is usually between 5 and 35 degrees Celsius. The battery should therefore not be exposed to direct sunlight or extreme temperatures.

Relevant information from the background knowledge includes, for example, the battery life of the Wi-Fi battery, the model and the specific requirements for charging. Other relevant information may include the range of the Wi-Fi signal, the supported frequency bands or the maximum number of simultaneously connected devices.

Overall, it is important to treat the Wi-Fi battery with care to ensure optimum performance and a long service life. Regular charging, protection from extreme temperatures and attention to specific requirements will ensure reliable use of the Wi-Fi battery.

Perfusor® Space

The Perfusor® Space is a state-of-the-art syringe pump used in medicine for the intravenous administration of fluids. It is characterised by its diverse functions and features. The appealing design of the Perfusor® Space includes a clear colour display that enables intuitive and simple operation. Therapy settings can be made with just a few keystrokes, allowing healthcare professionals to use the device efficiently and quickly.

Another advantage of the Perfusor® Space is its extensive range of therapy settings. The flow rate, bolus function or dosing time can be customised as required. This means that the Perfusor® Space can be flexibly adapted to a wide range of therapy requirements and ensures precise and controlled drug administration.

The compatibility of the Perfusor® Space with various syringe types and sizes is particularly noteworthy. Thanks to the use of a special adapter, both disposable and reusable syringes can be used. This makes handling easier and guarantees a high degree of flexibility when administering medication.

In addition, the Perfusor® Space fulfils the applicable EN 1789 and 13718-1 standards, ensuring that the device meets the quality and safety requirements and thus guarantees reliable and safe use.

Overall, the Perfusor® Space combines an attractive design, simple operation, a wide range of therapy settings, compatibility with different syringe types and sizes and compliance with the applicable standards. This makes it an outstanding syringe pump that fulfils the requirements of the medical field to the highest degree.

Generation Space® syringe pump

The Generation Space® syringe pump is a sophisticated medical device that is widely used in modern medical technology. It is characterised by its precise and controlled delivery of liquids, especially medication. The pump is designed for use in hospitals, clinics and other medical facilities and has proven to be extremely reliable and efficient.

One of the most important features of the Generation Space® syringe pump is its versatility. It can be used for both continuous intravenous infusion and intermittent injection. With a wide range of programming options, doctors and healthcare professionals can set the infusion rate, speed and duration according to the patient's individual needs.

In addition, the Generation Space® syringe pump offers advanced safety features to minimise potential risks. It has an intuitive user interface that enables easy operation and reduces the risk of operating errors. It is also equipped with a variety of alarm systems that inform medical staff of potential problems and allow them to intervene at an early stage.

The Generation Space® syringe pump is an essential tool in modern medicine and helps to improve the safety and quality of patient care. With its advanced technology and reliability, it has established itself as indispensable in medical practice.

B. Braun Perfusor Space syringe pump

The B. Braun Perfusor Space syringe pump is an innovative medical device used in infusion therapy. It enables precise and controlled administration of fluids and medication to patients.

The most important features of the syringe pump are its user-friendliness, intuitive operation and high reliability. It has a clear and concise user interface that enables medical staff to set up and operate the pump quickly and easily. It also offers various warning functions that inform staff of possible errors or problems.

The syringe pump has various functions that ensure the accuracy and safety of the infusion treatment. These include continuous monitoring of the flow rate and pressure values, automatic adjustment of the infusion rate to the patient's needs and the ability to administer several medications at the same time.

The price of the B. Braun Perfusor Space syringe pump varies depending on the model and configuration. The delivery time is usually a few days, depending on the availability of the device and the delivery location.

Overall, the B. Braun Perfusor Space syringe pump is a reliable and user-friendly solution for the precise administration of medication and fluids. With its numerous functions and features, it is a valuable support for medical staff during infusion therapy.

Perfusor Space syringe pump from B. Braun

The Perfusor Space syringe pump from B. Braun is a state-of-the-art medical device used for the precise administration of medications and fluids in clinical practice. This syringe pump is designed to ensure continuous and accurate dosing of various substances, which is crucial for medical treatment. The Perfusor Space syringe pump has an intuitive user interface that allows healthcare professionals to easily operate the pump and set the correct dosage to ensure effective treatment. The syringe pump also offers various safety features such as drop detection and air bubble detection to minimise the risk of incorrect dosing and ensure patient safety. Thanks to its compact size and versatility, the Perfusor Space syringe pump is an indispensable tool in hospitals, intensive care units and other medical facilities where precise and controlled administration of medication is required.

• Hospitals
• Medical practices
• Outpatient clinics