xJect Medical Technologies Inc.
xJect Medical Technologies Inc. was founded to rethink one of healthcare’s most essential devices: the prefilled syringe. While injectable therapies have advanced dramatically, syringe design has remained largely unchanged for decades. Beginning at the design level, xJect has developed an ultra-compact, prefilled syringe that reduces size by up to 40% vs a standard syringe. The patented next-gen design features a sleeve-style plunger system for shatter-proof protection, enhanced leak prevention, and one-way operation that meet World Health Organization recommendations for smart syringes. These capabilities combine to represent significant cost savings while optimizing Force-wide efforts in expeditionary medicine, strategic stockpiling, and rapid deployment of life-saving therapeutics in contested, remote, or resource-constrained environments where space, weight, and logistical efficiency are critical to mission success.
Industries
Nr. of Employees
small (1-50)
xJect Medical Technologies Inc.
xJect Medical Technologies Inc. is currently seeking investment
xJect Medical Technologies Inc. is seeking a pre-seed investment in the range of less-than-1m
Products
A prefilled syringe platform utilizing a significantly reduced form factor and integrated safety features to enable efficient, scalable, and safe injectable drug delivery.
A prefilled syringe platform utilizing a significantly reduced form factor and integrated safety features to enable efficient, scalable, and safe injectable drug delivery.
Expertise Areas
- Drug delivery device engineering
- Prefilled syringe miniaturization
- Medical device safety design
- Supply chain optimization for pharmaceuticals
Key Technologies
- Compact prefilled syringe architecture
- Auto-disable safety syringe mechanisms
- Leak-resistant drug delivery systems
- Shatter-resistant medical-grade device materials
Key People
News & Updates
World Health Organization recommendation supporting adoption of non-reusable, safe syringes for infection control and improved healthcare delivery.
Overview of the need for resilient healthcare logistics, cold chain management, and optimized distribution for vaccines on a global scale.
Study confirming that prefilled syringes remain safe and help improve efficiency in clinical settings when stored appropriately.
Research finding that compact prefilled auto-disable injection systems can reduce vaccine wastage and lower overall costs in immunization programs.
Summary emphasizing the need for reliable, standardized syringes to support effective vaccine distribution and global pandemic response.
WHO publication with practical advice for nations on managing supply chains and logistics for effective vaccine deployment.
World Health Organization recommendation supporting adoption of non-reusable, safe syringes for infection control and improved healthcare delivery.
Overview of the need for resilient healthcare logistics, cold chain management, and optimized distribution for vaccines on a global scale.
Study confirming that prefilled syringes remain safe and help improve efficiency in clinical settings when stored appropriately.
Research finding that compact prefilled auto-disable injection systems can reduce vaccine wastage and lower overall costs in immunization programs.
Summary emphasizing the need for reliable, standardized syringes to support effective vaccine distribution and global pandemic response.
WHO publication with practical advice for nations on managing supply chains and logistics for effective vaccine deployment.