Biomedical equipment is used in the medical field, pharmacology and biology. This equipment is related to biomedical instrumentation, in which they are designed to obtain information. If you are looking for these instruments, several different kinds of equipment are available at biomedical equipment companies in UAE. Some are used in research. Others are used in the clinic. Biomaterials science

Biomaterials are unique materials that are derived from nature. They can be formed using a variety of physical and chemical processes. Biomaterials are used in biomedical engineering applications ranging from therapeutics to diagnostics. They can be created for human and animal use.

The study of biomaterials requires careful consideration of their properties and biocompatibility with the host structure. Biomaterials are subject to the same regulatory requirements as new drug therapies. Manufacturing companies must ensure that their products meet these requirements.

Tissue engineering:

Tissue engineering is a process by which a patient’s genetic material is used to create an artificial organ. The goal is to create a new organ that mimics the body’s tissues as closely as possible. This procedure can help patients with severe chronic diseases such as diabetes mellitus.

To be successful, tissue engineers must have a thorough knowledge of many science subjects. They must be constantly updated on the latest developments in the field. As such, they should have a thorough knowledge of mathematics, physics, biology, and chemistry. They must also be able to use complex software to design their equipment.

Micro-computed tomography (MCT):

Micro-CT is a non-destructive imaging technique that allows researchers to view internal structures in 3D. It has many applications, including fracture healing, skeletal phenotyping, joint degeneration, and vascular remodeling. Micro-CT also allows researchers to examine the microstructure of materials.


Implants are made of many materials, including ceramic, metal, and polymers. Biomedical engineers use these materials to enhance the effectiveness of medical procedures. It is vital to understand the properties of each type of material before choosing the best one for a specific procedure. This book covers materials performance, biocompatibility, and the interaction between different materials and the surrounding tissue.

The special issue aims to collect contributions that address state-of-the-art research on implants. It will also include contributions on applications, modifications, and new implant materials. There are nine papers included in this special issue.