|
Tianjin Xinzhong Medical Devices CO.,ltd
|
About Us
Tianjin Xinzhong Medical Devices CO., LTD was founded in 1994 and it is located in the beautiful coastal city_Tianjin.It is a private joint-stock enterprise integrating research,development,marketing and service into one group.It is specialized in managing the surgical instruments, artificial organs and implantable equipments from the first-class to the third-class in orthopaedic surgery (orthopedics).The company covered 10 thousand sq meters and the registered capital is 10 million RMB.At the present stage,the main products contain cervical fixation system,unilateral fixator,hybrid external fixator,mental bone pins,screws,orthopedic cannulated screws, complete sets of devices for arms and legs and backbone. The processes of manufacturing are in accordance with the Quality Management System of ISO9001:2000 and ISO13485:2003 strictly.Our staff adhere to the enterprise spirit of "dedication, integrity, cooperation, and creation",and perform the famous brand "Xinzhong".At present,there are above 60 distributors all around the country and we have participated in the foreign exhibition several times.Now we are exploring the overseas markets and the prospect is very good in the future.
Tianjin Xinzhong Medical Devices CO., LTD possess the talented person and excellent equipments.We stick to innovating, researching and developing continuously and independently.From now on,we have produced several products aimed at the spine, trauma, external fixation. With competitive products,the cervical fixation system own the international advanced level and intellectual property rights.
The hybrid external fixator is the upgrading and updating one featuring in a complete range of specifications,models and variety.It can be applied in all fracture segments of our body from facial to finger and foot,from long bone to all joints for healing the bone fractures and deformity correction and lengthening.The new generation of the external fixation was designed and produced through integrating the western advanced concept and preserve the essence of the classical Ilizarov fixator.There is no doubt that it is the preferred one instead of the imported medical devices and has expansive market prospect.
There are several advanced production equipments including machining center,turning-milling machine,CNC milling machine and CNC turning machine.In addition,we have the complete sets of precise examination equipments and high qualified technology management.Xinzhong devoted himself to create the competitive orthopedic products with the help of the famous orthopedic specialists and professors.
We advocate the concept of management is that we treat the products as the one will be used in ourselves; and we stick to keep safety, effective and promoting. We insist in producing the orthopedic external fixation and cervical fixation system and so on. We have confidence and ability to achieve the great leap of the enterprise development with the great support and help of all aspects from the current environment of the Chinese that the industrial structure has being adjusted.
Company Profile
| Year Company Established: | 1994-05-18 |
| Annual Sales Amount: | Below US$1 Million |
| Total No. of Staff: | 51 – 100 People |
| No. of R&D Staff: | 5 – 10 People |
| No. of Engineers: | 5 – 10 People |
| Export Ratio: | 21% – 30% |
| OEM Services Provided: | YES |
| Payment Terms: | T/T, L/C, WU |
| Business Type: | Manufacturer, Distributor/Wholesaler |
| Quality Certificate: | ISO9001, ISO9001:2000, FDA, ASTM |
| Main Export Markets: | Eastern Europe, South America, Southeast Asia, Eastern Asia, Mid East |
| Main Customer(s): | Turkey,India,Parkistan |
| Competitive Advantage: |
The Taylor Spatial Frame researched and developed independently by our company awarded 6 patent certifications which were issued by the state intellectual property office on August, 2010.It consists of proximal and distal supports connected by six telescopic rods of special construction(strut)a.Changing the length of one strut leads to translation of one support(and fixed to bone fragment) towards another struts in 3 dimensions. |
