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Which lancets to use?

There are several types of lancets for measuring blood glucose. Some of the most common types are:

Standard lancets: These are the most common type of lancets and are usually used with a lancing device. They are designed to be used once and then discarded.
Safety lancets: These lancets are designed to minimize the risk of accidental punctures. They feature a retractable needle that automatically retracts after use, reducing the risk of contamination and injury.
Adjustable lancets: These lancets allow the user to adjust the depth of the needle, which can be useful for people with thicker or thinner skin.
Capped lancets: These lancets have a twist-on cap that exposes the needle. They are usually used without a lancing device and are designed for people who prefer a simpler lancet.

It is important to choose the right type of lancet for your needs and follow proper procedures when using them. Always dispose of used lancets properly to avoid accidental punctures.

What are safety lancets?

Safety lancets are medical devices designed to prick the skin to obtain a small sample of blood, typically for diagnostic testing such as blood glucose monitoring. They are engineered with safety features to minimize the risk of accidental needle sticks and the spread of bloodborne pathogens. Here are some key features and benefits of safety lancets:

Retractable or Shielded Needle: Many safety lancets have needles that retract or are shielded after use to prevent accidental sticks.
Single-Use: They are usually designed for single use to prevent cross-contamination.
Ease of Use: Safety lancets are often easy to use, with mechanisms that require minimal effort to activate.
Reduced Risk of Infection: By minimizing exposure to the needle, safety lancets help reduce the risk of transmitting infections.
Compliance with Regulations: They comply with regulations aimed at protecting healthcare workers from sharps injuries.

What is a glucose meter?

A glucometer, also known as a blood glucose meter, is a portable device used to measure the amount of glucose (sugar) present in the blood. It is an essential tool for people with diabetes, as it allows them to monitor their glucose levels on a regular basis and take steps to keep them within a healthy range.

How does a glucometer work?

Obtaining a blood sample: A small drop of blood is needed, which is usually obtained from a finger by pricking it with a disposable lancet.
Applying the sample: The drop of blood is placed on a test strip, which in turn is inserted into the glucometer.
Reading the result: The glucometer analyzes the blood sample and displays the result of the blood glucose measurement on the device’s display.

What is a glucometer used for?

Glucometers are mainly used for:

Monitor blood glucose levels: people with diabetes can use a glucometer to measure their glucose levels several times a day, as directed by their doctor. This lets them know if their glucose levels are within the target range and take action if necessary.
Adjust treatment: The results of blood glucose measurements can help people with diabetes adjust their treatment, such as insulin dosage or amount of medication.
Prevent complications: Good blood glucose control can help prevent or delay diabetes complications, such as heart disease, stroke, kidney disease and blindness.

What does the Elinic glucometer offer?

The following factors make choosing a glucometer easier:

Ease of use: the glucometer should be easy to use and understand, even for people with little experience in blood glucose measurement.
Accuracy: The glucometer should be accurate and provide reliable results.
Size and portability: The glucometer should be small and portable so that it can be easily carried with you.
Cost: The cost of the glucometer and test strips should be affordable.
Additional features: The Elinic glucometer offers additional features, such as the ability to store results in memory, mark results to distinguish between pre- and post-meal measurements, etc.

It is important to consult with a physician when using your glucometer.

Are test strips universal?

Are test strips universal? No, they are not

Blood glucose test strips are not universal. This means that each brand and model of glucometer uses specific test strips designed exclusively to work with that particular device. It is important that when using our Elinic glucometer, you use the appropriate strips.

Why aren’t they universal?

Unique technology: Each glucometer uses a different technology to measure glucose, and the test strips are calibrated to work with that specific technology.
Accuracy: If you use a different brand of test strips with your meter, the results you get will not be accurate and could lead to incorrect diabetes treatment decisions.

What happens if I use the wrong test strips?

Wrong results: The glucose levels displayed on the glucometer may be much higher or lower than they actually are, which can lead to improper diabetes management and health complications.
Damage to the glucometer: Using the wrong test strips can damage the glucometer and reduce its lifetime.

How to choose the right test strips?

Consult the instruction manual: Your meter’s manual will tell you which type of test strips to use.
Check the packaging: Test strips always come with packaging indicating the glucometer model with which they are compatible.

Remember: It is essential to always use the correct test strips to ensure the accuracy of your measurements and good control of your diabetes.

How to use an Elinic glucometer

Materials needed:
– Elinic glucometer
– Lancets
– Test strips
– Cotton swabs
– Alcohol
– Container for disposal of lancets and test strips

Steps to follow:

1. Wash your hands with soap and warm water for at least 20 seconds. Dry thoroughly with a clean towel.
2. Prepare the puncture site. Choose a finger, usually the ring or little finger. Clean the area with alcohol and let it dry completely.
3. Insert the lancet into the lancing device. Select the appropriate puncture depth according to your sensitivity to pain.
4. Press the lancing device against your finger at the puncture site.
5. Obtain a drop of blood. Wipe off the first drop of blood with a cotton swab. Squeeze out another small drop of blood and touch it to the edge of the test strip.
6. Insert the test strip into the glucometer. The meter will automatically turn on and start counting the time.
7. Wait for the result. The blood glucose test result will be shown on the meter display in a few seconds.
8. Record the result. It is important to record your blood glucose results so that you can monitor your blood sugar level and make adjustments to your treatment as needed.
9. Dispose of the lancet and test strip in a suitable container.
Additional tips:

If you have pain when you prick your finger, you can try warming it by gently rubbing it or dipping it into
If you have difficulty obtaining a drop of blood, you can massage the finger or squeeze it gently.
If you are not sure how to use the Elinic glucometer, consult the user’s manual or contact the manufacturer.

How to use Elinic® heat sterilization bags

To use dry heat sterilization pouches, follow these steps:

Make sure the dry heat pouches you are using are Elinic® dry heat pouches. It is important to use pouches that are designed for dry heat, as we also have steam EtO gas sterilization pouches that cannot be used in a dry heat sterilizer (autoclave).
Place the items to be sterilized inside the dry heat pouches. Make sure the items are properly cleaned and prepared before placing them in the pouches.
Seal one end of the pouch with the adhesive tape incorporated in the pouch. Make sure the seal is secure to prevent air from entering the bag.
Place the sealed pouches in the dry heat sterilizer, following the instructions.
Set the autoclave to the appropriate temperature and recommended time for the sterilization process. The temperature and time will depend on the specific requirements of the items being sterilized, but it is generally recommended to sterilize at 180°C for 60 minutes.
Wait for the sterilization cycle to complete. Once the cycle is complete, remove the pouches from the sterilizer using appropriate protective equipment, as the pouches may be hot.
Allow the pouches to cool before handling or opening. Follow the instructions for cooling and handling the pouches safely.
Open the pouches carefully and use the sterilizing elements.

Para usar bolsas de esterilización por calor seco, siga estos pasos:

Asegúrese de que las bolsas de calor seco que está utilizando estén sean las bolsas para calor seco Elinic. Es importante usar bolsas que estén diseñadas para calor seco, ya que también tenemos las bolsas de esterilización por vapor, gas EtO que no se pueden usar en un esterilizador de calor seco (autoclave).
Coloque los artículos que desea esterilizar dentro de las bolsas de calor seco. Asegúrese de que los artículos estén debidamente limpios y preparados antes de colocarlos en las bolsas.
Selle un extremo de la bolsa con la cinta adhesiva incorporada en la bolsa. Asegúrese de que el sellado sea seguro para evitar que entre aire en la bolsa.
Coloque las bolsas selladas en el esterilizador de calor seco, siguiendo las instrucciones.
Configure el autoclave a la temperatura adecuada y el tiempo recomendado para el proceso de esterilización. La temperatura y el tiempo dependerán de los requisitos específicos de los artículos que se esterilizan.
Espere a que se complete el ciclo de esterilización. Una vez finalizado el ciclo, retire las bolsas del esterilizador utilizando el equipo de protección adecuado, ya que las bolsas pueden estar calientes.
Deje que las bolsas se enfríen antes de manipularlas o abrirlas. Siga las instrucciones para enfriar y manipular las bolsas de forma segura.
Abra las bolsas con cuidado y use los elementos esterilizados según los vaya necesitando.

Recuerde seguir siempre estas instrucciones y pautas de Elinic cuando use bolsas de calor seco para la esterilización.

Tenga en cuenta que los pasos anteriores son una guía general. Para obtener instrucciones específicas sobre el uso de las bolsas de calor seco puede utilizar el formulario de contacto

Sterilization in the operating room

Sterilization in the operating room is a fundamental process to ensure patient safety during surgery. It refers to the set of techniques and procedures used to eliminate or inactivate microorganisms present on surgical instruments, equipment and surfaces in the surgical area.

There are different sterilization methods that can be used in the operating room, including:

Steam sterilization: also known as autoclaving, this is one of the most commonly used methods in the operating room. It consists of subjecting instruments to high temperatures and pressure in the presence of steam, which eliminates microorganisms and, by sealing the bags, maintains sterility for up to 180 days.

Radiation sterilization: mainly used for disposable medical materials, such as gloves, syringes or lancets. Ionizing radiation, such as gamma rays or X-rays, is used to eliminate microorganisms.

It is important to note that sterilization in the operating room is only one part of the infection control process in the hospital environment. Strict hygiene measures, such as hand washing, use of sterile gowns and gloves, and proper cleaning and disinfection of the operating room and equipment, must also be followed. This helps prevent the transmission of infections during surgical procedures.

Why use nitrile gloves

Nitrile gloves have several advantages due to their properties and characteristics, among them we have:

Chemical resistance and barrier protection: Nitrile gloves provide excellent resistance to a wide range of chemicals. This makes them a good choice for jobs involving the handling of certain substances.
Puncture resistance: Nitrile gloves are more puncture resistant than latex or vinyl gloves. This makes them ideal for activities that require a higher level of protection against sharp or pointed objects.
Anti-allergen: Nitrile gloves are a suitable option for people with latex allergies, as nitrile does not contain latex proteins that can cause allergic reactions.
Adaptability and comfort: Nitrile gloves are elastic and adapt well to the shape of the hand, providing a good fit and comfort during use. They are also softer to the touch compared to latex gloves.
Use in specific applications: Nitrile is a food-grade material, which allows nitrile gloves to be used in food industries, restaurants and in jobs involving food handling.
It is important to keep in mind that although nitrile gloves have many advantages, their use must be appropriate to the specific task and follow the corresponding safety recommendations.

What are sterilization pouches?

Elinic® sterilization pouches are medical devices designed to keep products free of viruses and bacteria by creating a protective barrier. They are made of medical grade paper and clear polymer specially designed for autoclaves, a sterilization tool that uses very high temperatures and high pressure to kill microorganisms.

These pouches are primarily used in healthcare environments, such as hospitals and clinics, and other environments where a high degree of sterilization is required to protect the health of patients and prevent the spread of infections, such as beauty salons.

Sterilization pouches are a safe and efficient option for protecting contamination-sensitive products, such as medical equipment and beauty utensils. There are also pouches made of high quality kraft paper for dry heat autoclave sterilization, which guarantee a sterile environment for the products inside.

It is important to note that the information provided is a general summary and it is recommended to consult additional sources for more specific information on the use and benefits of sterilization pouches.