Amesud Review

They produce textiles but they have enough to leave the plant ... It takes a little more love

Very nice fabrics, but bad customer service !!! A shame....

We put together a complete fire detection and warning system solution, we proposed our brand and with our proposal the purchasing people hired another company and now they no longer answer the phone.
It is impossible to find an owner or person in charge of the purchasing employee ... A shame, since it is a company that has everything ahead of it.

The best of all . Weaving. Beautiful knitted section.

WHY I WROUGHT THROUGH THE INTERMEDIATE GOOGLE MAP ... BUT YOUR PHOTOS ARE GREAT
I LIKE ... GREETINGS.

We are from the neighborhood we are looking for work my son and son-in-law I would like the opportunity to enter we are from the neighborhood of santos places 10 or 12 blocks away I hope I and my family have the opportunity

The quality of the fabrics is very good in that I recommend it but the orders are delayed, they postpone you weeks. Bad attention.

WILL NOT IT BE THE MOMENT OF MANUFACTURING INTELLIGENT FABRICS SO THAT THIS INDUSTRY HAS A GREAT FUTURE ??
For some years, the research of new materials has been promoted with great force in almost all the specialized research centers in Europe, the United States and Asia, especially Japan, and in Argentina in the INTI.
The development of new materials was one of the six scientific discoveries that had the greatest impact on the quality of life of people.
We refer to three types of scientific development that will change our lives: nanotechnology, information science and molecular biology. All with a high impact on the development of the textile industry.
It is known that since October 2003, companies are working on smart textiles that can change their physical properties according to the environment in which they are located, or monitor vital signs of a person.
At present the textiles used in operating rooms can be differentiated into two types: those applied in personnel clothing, and employees in the sterile field consisting of coats, gloves and fields.
The most important property that surgical clothing must have is its impermeability to moisture. The capillary effect of a wet uniform would transmit bacteria from one side of the material to another.
They can be reusable or disposable. The reusable, are made with cotton with density of fabric between 42 and 81 threads / cm treated with a waterproofing substance. But to increase safety today, disposable uniforms made from processed cellulose fiber or polyester are used, which are effective as a barrier. Disposable uniforms are sterilized only once. These are products that are sterilized in the environment of their manufacture and not in laundry services.
INTELLIGENT FABRIC THAT SUPPLIES MEDICINES
A team of scientists from the University of Granada is developing this type of material. They are working on methods to retain drugs in tissues, and that the very fine fibers of these release their dose by responding to certain external stimuli, such as temperature and pH, and also changes in sunlight, something that would allow to treat Personalized skin diseases such as psoriasis or melanoma.
The concept is that by releasing the drug progressively
to the bloodstream, ensures greater efficiency of the medicine.

INTELLIGENT T-SHIRTS FOR MONITORING
PATIENTS HOSPITALIZED BY TELEMETRY

The objective is to control the vital signs of patients without having to fill their body with cables.
This is a project where, with the simple use of an intelligent t-shirt, doctors will be able to control various clinical parameters more easily, achieving Localization and Biomonitoring through wireless networks in hospital environments without the need for cables. Since the fabric includes integrated sensors with the ability to wirelessly transmit vital controls, their physical activity index and even spatial position.
The communication is made through a mesh network
wireless that allows the association of devices, based on the standard of short-range communications, called Zigbee.
The project, thanks to a secure system, shows a visual image of the location in real time in graphic form, on a plane of the hospital where the patient is. The system has tools such as alarms in case of patient displacement outside the limits of the center, continuous ECG recording, real-time detection of arrhythmias, bradycardia, tachycardia or fibrillation.
The benefits of the system are that the patient can move around the hospital center without problems, and by not being at absolute rest will show us his behavior within certain parameters of a controlled life and the closest thing to normal.