|
WO2020247383A1
|
|
Magnesium-based absorbable alloys
|
|
US2021088109A1
|
|
Wire attachment
|
|
WO2019217350A1
|
|
Apparatus and method for metal-mediated catalysis
|
|
WO2019200046A1
|
|
A wire for a high density and biostable microelectrode array for neural electrode stimulation and recording
|
|
US2021102335A1
|
|
Small diameter cable
|
|
WO2017184750A1
|
|
Nickel-titanium- yttrium alloys with reduced oxide inclusions
|
|
CN108738305A
|
|
Woven or woven tubular metal structure
|
|
CN110073012A
|
|
The β Ti alloy without Ni with shape memory and super elastic properties
|
|
WO2015192019A1
|
|
Biodegradable wire with central filament
|
|
US2016199621A1
|
|
Magnetically insertable wire materials
|
|
WO2014197781A2
|
|
Biodegradable wire for medical devices
|
|
WO2014182691A2
|
|
Titanium-niobium-hafnium alloy shape memory wire
|
|
CN104662191A
|
|
Biodegradable alloy wire for medical devices
|
|
US9200388B1
|
|
Bi-tapered spool for wire braiding machines
|
|
EP2585125A1
|
|
Biodegradable composite wire for medical devices
|
|
CA2691323A1
|
|
Method for fusing insulated wires, and fused wires produced by such method
|
|
EP2352854A1
|
|
Method for imparting improved fatigue strength to wire made of shape memory alloys, and medical devices made from such wire
|
|
EP2334838A1
|
|
Fatigue damage resistant wire and method of production thereof
|
