Tissue Technologies - Innovating Medical Solutions Together

At Tissue Technologies, we specialize in manufacturing cutting-edge medical equipment and surgical instruments designed to improve patient care and outcomes. Based in Dallas, TX, our commitment to quality and innovation drives every product we create. Discover how our expertise can support your healthcare needs.

Innovating Medical Solutions Together

Produce high-quality medical devices and equipment using advanced manufacturing techniques to ensure reliability and safety.

Medical Equipment Fabrication

Develop and manufacture critical components used in various biomedical devices, ensuring precision and durability.

Biomedical Component Manufacturing

Provide sterile and secure packaging for medical instruments and supplies, maintaining product integrity and compliance with health standards.

The image shows a Cetaphil product box, featuring the brand’s clean, clinical packaging design.

Sterile Packaging Solutions

Implement rigorous quality assurance processes and testing protocols to guarantee the performance and safety of all medical products.

Here, a Centers for Disease Control and Prevention (CDC) scientist was preparing patients' samples for SARS-CoV-2antibody testing. Serological testing is used to detect antibodies, which indicate past infection with the virus that causes COVID-19, and is important to the understanding of disease prevalence within a population.

Quality Control and Testing

Design and manufacture precision surgical tools tailored to meet specific medical requirements, enhancing surgical outcomes and patient care.

Glass of water with medicines, thermometer, stethoscope and icebag. 

Custom Surgical Instruments

Innovate new medical technologies and improve existing products through dedicated research and development efforts.

Variety of chemotherapy drugs in vials and an IV bottle.

Research and Development

Our Medical Manufacturing Services

An artist’s illustration of artificial intelligence (AI). This image depicts how AI could adapt to an infinite amount of uses. It was created by Nidia Dias as part of the Visualising AI project launched by Google DeepMind.

Photo captured during office hours of a company in Brazil.

A glimpse into the future of orthotic design, with professionals using advanced technology to tailor medical devices to individual needs.

Gallery

Female electronics engineer runs vehicle tests

Orthopedic specialists engage in an interactive adjustment session, utilizing digital tools to refine the functionality of an orthotic device.

Doctor Holding Cell Phone. Cell phones and other kinds of mobile devices and communications technologies are of increasing importance in the delivery of health care. Photographer Daniel Sone  

Laboratory. Tube (vial) with body material being transported on a track to analyzer in large Dutch lab. 

DNA Genotyping and Sequencing. Technician prepares for a viral whole-genome sequencing experiment at the Cancer Genomics Research Laboratory, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG).

Samples processing in lab. Transport to analyzer. 

This image depicted a Centers for Disease Control and Prevention (CDC) scientist interacting with her Caliper LifeSciences’ Zephyr Molecular Biology Workstation, working with samples to be tested using a real-time PCR machine, known as a themocycler (see PHIL 22904), in order to identify the various types of poliovirus contained therein. The data from this analysis is stored in a computer, while the software further analyzes the data before being reviewed by a scientist.

Stethoscope and Laptop Computer. Laptop computers and other kinds of mobile devices and communications technologies are of increasing importance in the delivery of health care. Photographer Daniel Sone  

Innovating health, enhancing lives with every instrument crafted.

Discover precision in every detail!