Who is it for
The new standard for
planning, education, and testing
Enhance training and education programs and improve the product quality of 3D printing medical devices.
Create consistency in device development and testing to reduce costs, and accelerate time to market.
Scale up product demonstrations when doing training for a new medical device by providing models that replicate the disease state your device is intended to treat – no storage requirements or ethical concerns associated with animal and cadaver models.
Improve point-of-care planning, patient satisfaction, and training and education at Hospitals and Academic Medical Centers.
3D printed medical models for on-demand training and pre-surgical planning enable you to reduce complications and decrease hospital stay duration.
Data demonstrates that patient satisfaction improves when 3D medical models are used as part of education for informed consent.
All on a certified system
- 510k cleared for clinical diagnostic use with leading
segmentation software companies
- Biocompatibility certification
– ISO 10993-1:2018 for limited contact to tissue and bone and permanent contact to intact skin
– ISO 18562-1:2017 for breathing gas pathways in
- Sterilization methods
– Steam, Gamma, and EtO for
MED610 and MED615RGD
– Steam, Gamma, and EtO for
Rigid Transparent family
- ISO 13485 Certified (material and hardware manufacturing sites)
Materials for J5 MediJet
Biocompatible Opaque (MED615RGD IV)
Rigid Ivory, sterilizable, biocompatible material medically approved for bodily contact.
Opaque, UV resistant, low-cost model material, which aims to lower the cost of single material applications and bulk colour models.
Transparent flexible material with Shore A value of 45, with superior tear-resistant and elongation.
Biocompatible rigid transparent (MED610)
Transparent, sterilizable, biocompatible material medically approved for bodily contact.
Unique multicolour capabilities to produce sterilizable, smooth, accurate, and realistic models.
Simplified medical 3D printing workflow
*Compared to six types of anatomical models printed with Formlabs Form3, Projet 3600, Projet 6000, and Mimaki 3DUJ-553.
GrabCAD Print integration means the entire 3D printing workflow is simplified right from the design phase. The large build tray allows for multiple models in a single print, and thus significantly less handling.
- Automatically corrects files and reduces print time with automatic tray arrangement.
- Calculate the time and material resources needed for production before printing.
- 3MF file supported – significantly simplifies colour assignment in your workflow
- User is alerted if there has been cross-contamination with a biocompatible material.
- Schedule and monitor the print job remotely from your mobile device or browser.
- Get notified remotely when the job has finished printing.
Lower total cost of ownership
The Stratasys J5 MediJet is designed to maximize your investment in 3D printing.
With less upfront investment and a lower total cost of ownership, all application needs can be met with one platform – no need for multiple printers.
Make a big impact today.
So with medical 3D printing, what kind of application can you make with Stratasys J5 MediJet?
Printed models give physicians an invaluable tool to understand complex anatomy and work with the team on the best approach.
Patient-specific surgical guides also help to reduce OR time and improve patient education for more informed consent.
Finally, medical 3D printing enables you to save precious time and cost and minimize risks with pre-case planning.
Education and Training
Print on-demand precise and accurate anatomy models which you can take with you anywhere for training.
Product demonstrations can be scaled up if needed to train field staff and physicians on a new device.
There are no storage requirements or ethical concerns associated with animal and cadaver models.
Surgical guides and tooling
Create drilling and cutting guides* that are sterilizable and biocompatible.
*With approved 3rd party 510k cleared segmentation software.
Medical Device Development
Create accurate anatomy for repeatable benchtop testing and consistent training.
Enhance product and training quality, reduce costs, and accelerate time to market.
Minimize manual labour and maximize production without sacrificing quality.