Guangzhou Huarui Medical Equipment Co., Ltd Seeks Overseas Partners to Support Product Export
Supplier Advantages: This article introduces the demand for seeking overseas partners to promote the export of 3D-printed medical products (such as interbody fusion cages and biodegradable regenerative bone repair materials). The 3D-printed interbody fusion cage features a unique structural design, improving porosity and mechanical performance; the biodegradable regenerative bone repair material demonstrates excellent osteogenic activity and has been validated in over 70 clinical cases; the all-metal guide plate achieves better operational experience and safety through the use of titanium alloy. These innovative solutions aim to provide patients with higher-quality treatment options.
| Published by | Huarui Medical | Department | -- |
|---|---|---|---|
| Region | Guangdong,China | Budget | -- |
| Validity | Long-term | ||
1. Requirements Description
Seeking relevant overseas institutions to assist with product export. Interested parties are welcome to communicate.
2. Product Introduction
1. Product Name
3D Printing Product Series
1) 3D-printed interbody fusion cage (approved);
2) 3D-printed biodegradable regenerative bone repair materials;
3) 3D-printed metal implant materials for bone defects;
4) 3D-printed resorbable alveolar bone;
5) 3D-printed all-metal guide plate.
2. Product Selling Points
-3D printed interbody fusion device, featuring a unique ring-arch unit structure, ensures both high porosity and mechanical properties compatible with the human body, demonstrating better clinical imaging performance and bone fusion effects.
- 3D-printed biodegradable regenerative bone repair materials possess excellent osteogenic activity and degradation properties that match the regeneration process, achieving better therapeutic effects for bone defect treatment. Over 70 clinical cases have been successfully completed.
-3D printed all-metal guides, made from implant-grade titanium alloy, are lighter, thinner, smaller in size, and more wear-resistant, providing clinicians with better surgical operation space and stability while reducing usage risks.