CytoVive -Model JoinTechLabs -MiniTC Handheld Device for Microfat Isolation
The MiniTC is a portable, FDA-cleared medical device designed by JoinTechLabs to isolate fragmented and purified fat grafts, known as microfat, directly at the point-of-care. It operates as a patented, disposable, closed-loop system that simplifies the processing of lipoaspirate in clinical settings without requiring changes in infrastructure. The device is proficient in yielding highly washed injectable microfat suitable for autologous implants, either standalone or with biocompatible carriers. It supports applications in diverse therapeutic fields, including medical aesthetics, reconstructive surgeries, orthopedics, and wound care. The MiniTC employs a streamlined protocol requiring only two centrifugation stages to produce injectable microfat within approximately 20 minutes, maintaining high cell viability and count. With competitive advantages in cost, efficacy, and a capacity to process 20-100ml of decanted fat, it serves as a robust platform for combination therapies and clinical research.
CytoVive is Proud to offer JoinTechLab's family of industry leading Autologous Microfat Graft Devices. Joint Tech Lab's MiniTC is an FDA cleared, disposable, hand-held medical device for isolation of fragmented and purified fat grafts (microfat) at the point-of-care. Microfat is your own processed and fragmented fat, which is rich in regenerative cells. Microfat preserves the integrity of fat tissue and the stromal cells within its natural niche which helps in the reconstruction, rejuvenation and healing of tissues. Microfat can then be applied or injected to areas of injury, inflammation or for aesthetic contouring.
The MiniTC is an FDA-cleared portable medical device for isolation of fragmented and purified fat grafts (microfat) at the point-of-care. It is a patented, disposable, closed loop medical device that can be used for processing of lipoaspirate (fat) in any clinic setting, with no change in infrastructure. The end-product is finely washed injectable microfat which can be used for autologous implant alone or in conjunction with biocompatible carriers. The device can be used in a broad range of therapeutic areas, such as medical aesthetics, plastic and reconstructive surgeries, orthopedics and wound care.