CTSV
CTSV s.r.l was established in 1989 and has developed specific skills in designing, producing and marketing products and systems dedicated to the obtaining of single cells, nuclei and or molecules from solid tissue samples from various fields of biology (human, vet, plant biosciences).
CTSV provides reliable and standardized tools such as devices and consumable to obtain cell suspension from solid tissue. A wide gam of filtration disposables is also available to provide the most efficient cell separation and selection:
◼ MEDICONS Disposable mechanical disaggregator for animal and vegetable tissue dissociation.
◼ FILCONS Disposable filter for cells and nuclei separation for 5 ml tubes.
◼ FILCONS MAX Disposable cellstrainers for 50 ml tubes.
Meet the solutions:
The Medimax 2.0 - An automated mechanical device for gentle tissue dissociation designed to run all kind of Medicons.
MEDIMACHINE II - Designed to provide both gentle tissue dissociation and fine homogenization using appropriate disposable devices with different technical features according to the required procedure. 
MEDICONS - Disposable disaggregator HD/LD PE casing. Provided sterile and non-sterile. The stainless steel disk is made up of a fixed screen with about 100 hexagonal bore-holes, around each of which there are 6 microblades.
• 1 ml liquid solution.
• All kind of fresh/frozen solid tissues can be processed.
Available in 35, 50, 70 um sizes.
MEDICONS MAX Cod. 79500N / 79500S - Disposable disaggregator with 50µm cut microblades stainless steel disk. HD/LD PE casing. Provided sterile and non-sterile. The stainless steel disk is made up of a fixed screen with hexagonal bore-holes, around each of which there are 6 microblades.
• 16 ml liquid solution.
• All kind of fresh/frozen solid tissues can be processed.
• Designed for plant biology and large volume samples.
FILCONS & FILCONS MAX - Disposable filter for separating cells and nuclei. Enables larger quantities of cell suspensions to be filtered. The microporous polyethylene funnel section is designed to pass the biological material to be retrieved while trapping waste particles under 1.5μm in size.
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