J5 MediJet®

By combining different tissue densities and diseased traits, medical experts can produce anatomical models with previously unheard-of levels of detail and realism using the J5 MediJet™. For example, a heart model could have transparent material to highlight interior abnormalities, stiff material for bone structures, and soft, flexible material for arteries.

For sophisticated surgical planning, like in complex tumor resections or congenital heart abnormalities, this level of precision is essential. Surgeons can practice procedures on patient-specific models, potentially lowering surgical errors and increasing patient outcomes, thanks to the on-demand production of these models, which supports personalized medicine methods.

Furthermore, by improving knowledge of intricate anatomical structures and diseases, these incredibly realistic models are effective teaching aids for patients, residents, and medical students.

With its 510(k) certification for clinical diagnostic use, the J5 MediJet™ may be integrated with industry-leading segmentation software platforms.

It has obtained biocompatibility certification in accordance with ISO 18562-1:2017 for breathing gas pathways in healthcare applications and ISO 10993-1:2018 for restricted tissue and bone contact as well as permanent intact skin contact. Steam, gamma radiation, and ethylene oxide (EtO) for MED610, MED615RGD, and the Rigid Transparent family are among the several proven sterilization techniques that the device supports for its materials.

Notably, the hardware and material manufacturing facilities have obtained ISO 13485 certification, indicating compliance with quality management systems created especially for medical devices.

Because of its thoughtful design, the J5 MediJet™ is especially well-suited for use in research, academic and medical settings. Because of its small size, it can be installed in places with limited space, like radiology departments or research labs.

The printer may be utilized in clinical environments without interfering with staff communication or patient care because of its quiet operation, which has noise levels (53 decibels) similar to those of a typical refrigerator. In hectic university medical institutes where several cases or research projects may call for models at the same time, the big construction tray that can hold multiple models at once is extremely helpful.

For medical practitioners who might not be proficient in 3D printing, the printer's automatic build tray layout and correction procedure and compatibility with the 3MF file format greatly simplify operations.

The J5 MediJet™ offers print speeds up to 30% faster than comparable 3D printing solutions. New medical devices can be tested more quickly and affordably when reliable, high-quality replicas of particular anatomical features or disease states can be produced quickly.

To evaluate the device's function in diverse patient settings, a business creating a novel stent, for example, may print several models of arteries with varying degrees of stenosis. This capacity has the potential to increase the efficacy and safety of the finished product while drastically cutting down on development time and expenses.

In addition, printing-on-demand fast solves the practical difficulties of keeping and shipping biological specimens while also addressing the ethical issues around the use of cadaver or animal models for training.

The process of developing patient-specific anatomical models is streamlined by the ability to load DICOM (standard format for medical imaging, used across various modalities such as CT, MRI, and X-ray) files straight into compatible segmentation software and then onto the J5 MediJet™. This feature is especially helpful in complicated situations where it is essential to visualize complex anatomical features for surgical planning or medical teaching.

The user experience is further improved with the GrabCAD™ Print software, which was created especially for Stratasys® printers. By arranging several models on the print tray in the best possible way, its intelligent build tray layout technology maximizes productivity and cuts down on print time. In hectic medical settings where several models might need to be printed at once, this is extremely helpful.