Providers & Products

Laboratory, laboratory and medical research facilities

1 - 40 by 64 results

High-speed centrifuges
HERMLE Labortechnik GmbH
R&D / Lab analytics
Hermann Bantleon GmbH
iPRO Elite Silicone Eye Protector
PAJUNK GmbH Medizintechnologie
EUDAMED database Solution
atrify GMBH
Cleaning media
Hermann Bantleon GmbH
Other UDI database solutions
atrify GMBH
Dynamic climate chambers
Fa. BINDER GmbH
Standard-Incubators
Fa. BINDER GmbH
Refrigerated incubators
Fa. BINDER GmbH
CO₂ incubators
Fa. BINDER GmbH
Centrifuge Z 207 M
HERMLE Labortechnik GmbH
Ultra low temperature freezers
Fa. BINDER GmbH
Healthcare & Medical Fluidics
PAYER International Technologies GmbH
Medical device labeling
add'n solutions GmbH & Co.KG
Vacuum drying chambers
Fa. BINDER GmbH
Small centrifuges
HERMLE Labortechnik GmbH
ENDOZYME® II (Endotoxin test)
bioMérieux Deutschland GmbH
Filter systems
MAW Werkzeugmaschinen GmbH
GUDID solution for the FDA
atrify GMBH
Centrifuges for flow filtration
HERMLE Labortechnik GmbH
Battery test chambers
Fa. BINDER GmbH
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1 - 30 by 30 results

for Laboratory, laboratory and medical research facilities

Laboratory, laboratory and medical research facilities Product portfolio and range of services in Laboratory, laboratory and medical research facilities in medical technology or other healthcare-related industries .

The purpose of the Laboratory is to educate students about the scientific method. A laboratory is a place where a variety of tasks can be carried out. All lab operations must be done in a safe and efficient manner. This can be achieved by using trained personnel to manage and monitor experiments and equipment. Moreover, the proper selection, installation and protection of these equipments are essential to ensure their proper use. The vessel used should be robust and resistant to stresses at operating pressures. It should be the right size and configuration.

The quality of a diagnostic laboratory depends on its ability to manage and process data. A modern medical device with advanced data management capabilities minimizes the risk of error by reducing manual steps in the testing process. This will make the process of performing tests easier and more effective. The user-friendly interfaces of a medical device will allow users to configure its settings for optimal results. With advanced features such as real-time notifications, lab staff can be notified of test orders even before the lab staff receives them.

A bi-directional medical device can automate post-analytical procedures, reducing staff workload and preventing reporting errors. It can also hold results for review if they are too abnormal and do not match the standard. This can reduce turnaround time for non-infectious patients while streamlining bed management and ED wait times. It also helps to focus clinical personnel on patients who need further interventions. Further, the bi-directional medical devices allow for greater efficiency and productivity.

With the introduction of the LIS (labeling and identification system), the laboratory environment has become more complex and high-risk. The FDA has yet to recognize the differences between diagnostic tests and medical devices, and has failed to adequately regulate the former. However, the ACLA has written to the Biden administration to encourage the FDA to take into account the expertise and experience of the laboratory community. There are a number of other issues in the pre-analytical phase.

The Clinical Laboratory is a highly-regulated environment. The laboratory's pre-analytical process is prone to errors. Incorrect measurements can lead to misdiagnosis and potentially harmful treatment. This is why it is critical to implement quality-aware software and hardware in a medical laboratory. These solutions can be integrated with a hospital's LIS system to improve workflow and minimize error rate. These systems can be installed and configured quickly and easily, making it possible to meet the needs of every patient.

The Laboratory is a place where experiments are conducted and results are obtained. Its environment is generally controlled and uniform. A laboratory may contain a wide variety of equipment and procedures. In addition to using various instruments, it may also use chemicals, radioactive materials, and other hazardous materials. A modern laboratory can have computers and elaborate readouts. The procedures may be performed by unaided people or by a computer. There are also automated analysis systems. The equipment used in a lab will depend on the type of work done by the researchers.

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